Service Manual

Transcription

Service Manual

Only one module inserted at a time
DAB/FM Tuner Module
AM/FM Tuner Module
File Name
File Name
Mains and Power Board
File Name
# IEC mains inlet
# Voltage selector switch (internal)
# Power on/off rocker switch
# Standby power relay
# Connectors to and from
transformers
# Secondary regulation circuit (John)
MAINS_RELAY_CONTROL
MOLEX POWER
AMP CT
POWER_LINES
POWER_LINES
Front Panel Connections
Audio Board
Vaddis8 and Video Board
File Name
File Name
# Display and system control uC (H8)
# Analogue inputs (phonos/front/TV scart)
# DACs (5.1 channel) + filtering/diff-single ended
# DACs (2-ch D.mix) + filtering/diff-single ended
# ADC
# Pre-amp chip
# Analogue bass management?
# Analogue outputs (line level - 5.1)
# Analogue record outputs (line level - 2-ch D.mix) for SCART to TV /
record out
# Power connections from PSU board
# Audio connections from: DAB-FM module/AM-FM module/Control uC
(alarm clock)
# Audio connections to: headphone board
# Control lines to/from: Vaddis8/Control uC
# SPDIF TX/RX and clock recovery
# RS232 connection
# IR input and output (back panel)
Power Amp Board
File Name
# Video and Audio DSP
# Drive/servo control
# Video amplifiers and switching
# HDMI I/O
# Video format conversion
# Power connections from PSU board
# Header for network connection
DIGITAL_AUDIO_CLOCKS
SPDIF_TO_V8
SPDIF_FROM_V8
ADC_DATA
DAC_DATA_0
DAC_DATA_1
DAC_DATA_2
DAC_DATA_3
CHIP_SELECT
COMS_CLK
COMS_DATA
EU variant
----------------SCART in (SAT) including stereo audio feed
SCART out (TV) including stereo audio feed to AND
from TV
Phono composite in (GAME)
FLEXI
USA variant
------------------Phono YUV in (SAT)
Phono YUV out (TV)
Phono composite in (SAT and GAME)
Phono composite out (TV)
POWER
GROUND
LASER_RF
FOCUS
TRACKING
RF_GROUND
Power amp board and Audio board may
actually be joined together on the same
L-shaped board. To be decided.
+5V(STBY)
+36V_VAR(D)
VFD_F1
VFD_F2
+3V3(STBY)
IR_EYE
#LED_RED
#LED_BLUE
KEYB0
KEYB1
CPU_AGND
DISPDAT
DISPCLK
DISPLAT
DISPBLK
There is a possiblity that power amp
outputs may have to be connected to the
speaker terminals with flying leads.
Depends on board space available for
heavy tracks.
LEFT
CENTRE
RIGHT
SURROUND_LEFT
SURROUND_RIGHT
TEMPERATURE
MUTE
STATUS
AMP CT
FLEXI
SPINDLE MOTOR
GROUND
SLED MOTOR
ENDSTOP
LEFT_INPUT
RIGHT_INPUT
GROUND
LEFT_HP
RIGHT_HP
JACK_INSERTED
# Power amps
# Power connections from PSU
board
# Power amp muting and status
# Temperature?
FLEXI
EJECT MOTOR
GROUND
TRAY OPEN
TRAY CLOSED
FLEXI
FLEXI
POWER_LINES
# Front input (3.5mm stereo jack)
# Headphone socket (3.5mm
stereo jack)
# Headphone detect switching
POWER
0V_D
LEFT_AUDIO
RIGHT_AUDIO
AUDIO_GROUND
PLL_DO
PLL_CLK
PLL_DI
PLL_CE
RDS_DATA
RDS_CLK
STEREO
TUNED
POWER
0V_D
LEFT_AUDIO
RIGHT_AUDIO
AUDIO_GROUND
CLOCK
DATA
SPDIF
#RESET
MODULE_PRESENT
File Name
AMP CT
AMP CT
DVD Drive
Display Board
File Name
File Name
FLEXI
# Dot matrx VFD
# Switch matrix decode
# LED drive
POWER_LINES
DRAWING TITLE
Solo5.1 Architecture
23425
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
_Solo5.1_audio_architecture.sch
Notes:
ECO No.
Contact Engineer:
Mark Tweedale
Contact Tel:
(01223) 203210
MJT
10/03/05
INITIALS
DATE
Printed:
28-Apr-2005
Rough outline of Solo5.1 system
DESCRIPTION OF CHANGE
Sheet
1
of
1
ISSUE
A2
DRAWING NO.
LXXX_X_X
HS1A
6043PB
23C/W
P6
P4
P33
P30
L_POST
6
C1
220N
275V
PP X2
N_PRE
1mH
P14
C2
220N
275V
PP X2
2B
2
2A
L1
R1
1M5
0W5
VR37
115V
SW2
230V
18-000-0022
1B
P12
TX1
FS3
115V
T100mA
115V
ETF
FHLD1
20mm HLDR
1
P11
P3
1A
SW1A
SDDJE32100
L_PRE
4
N N
P2
1
L P1
FS5
T3.15A
S506
3
L
SW1B
SDDJE32100
2
SKT1
Emuden
M1907
P15
N_115V
P16
0V
L_115V
P17
P34 4
100N
100V
X7R
100N
100V
X7R
DBR2
W02G
C14
C15
100N
100V
X7R
100N
100V
X7R
FS1
P19
15
9
VFD FIL
10
No longer needed to drive the filament
C16
470UF
25V
YXF
HS2A
6043PB
23C/W
C11
C12
1000UF
35V
YXF
470UF
25V
YXF
REG2
LM1117T-3.3
TO-220
DGND
+3V3
P10
+3V3
C20
C17
100N
100V
X7R
1000UF
10V
YXF
P7
SP1
DGND
P22
1A FF
0.256
R251
+3V3
P20
11
3
Fuse ratings (see parent level in BoM)
230V - T3.15A Fuse (S506 Bussmann)
115V - T6.3A Fuse (S506 Bussmann)
VFD HT
R2
0R0
0W25
MF
P24
TR1
DTA114ESA
SC-72
P21
12
C21
PCB Mount Encapsulated Toroid
D2
1N4148
DO-35
RLY1B
G2R-24-5VDC
Omron
C3
C19
100N
100V
X7R
DIGITAL
5
0V
C18
+5V
P9
+5
P31
FS4
115V
T100mA
ETF
115V
N_POST
P5
13
C13
REG1
LM1117T-5.0/NOPB
TO-220
100N
100V
X7R
P25
P23
+5V
R3
150K
0W25
MF
D3
1N4148
DO-35
P18
To Schmitt triggerinput on uC
AC_PRESENT
L_TX2
+3V3
+40V_UNREG
1
2
3
4
5
6
7
8
DGND
3N3
250V
CER
AC_PRESENT
RELAY_SW
RLY1A
Omron
G2R-24-5VDC
CON2
JST
PH
DGND
C4
P26
L_115V_TX2
3N3
250V
CER
TX2 MAIN TX PRIMARY
1
2
3
4
5
6
+40V_UNREG
CON3
DK GREY
RED
LT GREY
GREY
BLUE
BLUE
WAGO
256 Straight Lever
ferrite clamp around large
transformer primary and
secondary cables
P28
C5
100N
100V
X7R
FS2
125mA FF
0.00174
R251
C7
100N
100V
X7R
DBR1
W02G
P27
C6
100N
100V
X7R
C8
100N
100V
X7R
R4
C9
100K
0W25
MF
100UF
100V
YK
SP2
P32
DGND
C22
FIX1
10N
100V
NPO
C10
+5V
RLY1C
FIX2
P8 1
1
Dia 3.2mm
Dia 3.2mm
FIX3
FIX4
P131
1
DGND
10N
100V
NPO
FD1
FD2
FD3
FD4
TOOL1
TOOL2
TOOL3
TOOL4
Dia 3.5mm
Dia 3.5mm
D1
1N4148
DO-35
Omron
P29
G2R-24-5VDC
RELAY_SW
ITEM1
1
L107PB
Blank PCB Solo5.1 Mains
ITEM2
1
E827AP
Pad Damping 15x6x3MM Rubber
DRAWING TITLE
Solo 5.1 Mains PSU
Filename:
L107CT_1.0.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Fit to top of Relay RLY1
07_E019
AJD
9/02/07
CAPs changed to 105 deg. Safety silk updates for fuses.
06_E177
PK
22/11/06
FS1 & FS2 corrected, C12 changed, added FS5
B.1
06_E033
NM
09/05/06
Second prototype, added R4, re-tracked relay,
selector overlay. wago order
B.0
SWB
ECO No.
Contact Engineer:
Scott Burr
Contact Tel:
(01223) 203200
1.0
First prototype
INITIALS
DATE
Printed:
13-Feb-2007
Sheet
1
of
1
ISSUE
A2
DRAWING NO.
L107CT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Now labelled AV on the back panel
TV_IN_R
TVSCART_IN_L
TVSCART_IN_R
P35
AUX_IN_R
SCRN
P10
P11
NCR
NC
C29
10N
50V
0603
NC
ITEM2
1
1
P15
CLK27M_VADDIS+
CLK27M_VADDIS-
RMCKRMCK+
CLK27M_VADDIS+
CLK27M_VADDIS-
RMCKRMCK+
RX_SCLK
RX_LRCLK
DAC_PCM0
DAC_PCM1
HD_PHONE
HP_OUT_L
HP_OUT_R
DISP_CLK
DISP_DAT
KEYB1
KEYB0
KEYB_GND
HS_TEMP
GND
GND
DISP_DAT
DISP_CLK
DISP_LAT
DISP_BLK
P70
P71
P72
P73
P69
P66
P65
P43
VFD_F1
+3V3(H8)
P68
Fo (-3dB) = 7.23Hz
P38
P67
220K
0603
VFD_F2
D1
BAT54S
C24
1N0
50V
0603
SOT-23
GND
C25
1N0
50V
0603
C26
1N0
50V
0603
C27
1N0
50V
0603
C28
1N0
50V
0603
PRE_OUT_C
SKT3
KYOYAKU
MOLEX
52806
1mm FFC - Molex / 52806-1610
GOLD
KUNMING
SKT7
GOLD
PRE_OUT_L
PRE_OUT_SUB
PRE_OUT_R
KYOYAKU
GOLD
R4
47K
0603
SKT8
GND
Solo 2.1 only
NF Solo 5.1
Solo 2.1 only
NF Solo 5.1
+3V3(STBY)
SKT9
GND
SKT4
KYOYAKU
Z2_OUT_L
KUNMING
GOLD
GOLD
PRE_OUT_SL
Zone2 / Record
Z2_OUT_R
PRE_OUT_SR
Solo 2.1 only
NF Solo 5.1
1mm FFC - Molex / 52806-3010 or JST / 30FMN-BTRK
CON4
Solo 5.1 only
NF Solo 2.1
HP_OUT_L
HP_OUT_R
P63
P64
R3
47K
0603
+36V_VAR(D)
R2
P89
RX_SCLK
RX_LRCLK
DAC_PCM0
DAC_PCM1
DAC_PCM2
DAC_PCM3
VAD_DIGOP
SPDIF_SW
ADC_PCM
Vaddis port 0 - To prog Vaddis
P87
P88
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
GND
GND
CON3
MOLEX
52806
To L108AY (Display Board)
NC
ITEM1
NC
MOLEX
52045
GND
Z2_OUT_L
Z2_OUT_R
+5V(STBY)
HP_OUT_R
P19
GND
4
3
2
4
C30
10N
50V
0603
NC
P20
NC
P76
P77
P78
P79
P80
PWR_AMP_SL
R5
10K
0603
C23
100N
16V
0603
HP_GND
CLIFF ELECTRONICS
JY
NC
NC
MOLEX
52044
PWR_AMP_R
PWR_AMP_C
SCRN
2
3
1
NC
PWR_AMP_SR
FIXED_VOL_L_MU
FIXED_VOL_R_MU
P17
P18
HP_OUT_L
HS_TEMP
AMP_MUTE_LCR*
AMP_MUTE_SUR*
FRONT_IN_L
FRONT_IN_R
P44
P9
NC
1
2
3
4
5
6
7
8
9
10
GND
P47
P46
L
R
1
FRONT PANEL
HEADPHONE SKT
NCL
CON6
+3V3(STBY)
3
SKT6
CON5
47PNF
0603
P81
P82
P83
P84
P85
P86
NC
10
9
8
7
6
5
4
3
2
1
C20
50V
PRE_OUT_L
PRE_OUT_R
PRE_OUT_C
PRE_OUT_SUB
PRE_OUT_SL
PRE_OUT_SR
R1
100K
0603
CLIFF ELECTRONICS
JY
47PNF
0603
These caps on audio clock and data lines from
the Vaddis are not fitted to help improve the
video noise floor problems on CVBS. (In
conjunction with high value source resistance
termination on the video board.)
2
NCR
HS_TEMP
C14
50V
0603
PWR_AMP_SR
PWR_AMP_R
PWR_AMP_C
PWR_AMP_L
PWR_AMP_SL
Main PCB.sch
SATSCART_IN_L
SATSCART_IN_R
LED_BLUE*
LED_RED*
+3V3(STBY)
P6
P7
P8
0603
C19
50V
47PNF
AMP_MUTE_LCR*
AMP_MUTE_SUR*
AUXSCART_IN_L
AUXSCART_IN_R
KEYB_STBY
LED_SPARE3*
2
3
1
1
L
R
FRONT PANEL
AUX INPUT
Now labelled AUX input
NC
47PNF
C13
50V
47PNF
0603
PWR_AMP_L
TV_IN_L
TV_IN_R
FRONT_IN_L
FRONT_IN_R
0603
C18
50V
47P
P74
P75
AUX_IN_L
AUX_IN_R
P36
P37
47PNF
0603
GND
FIXED_VOL_L_MU
FIXED_VOL_R_MU
SAT_IN_L
SAT_IN_R
GND
NCL
P58
TVSCART_IN_L
TVSCART_IN_R
SATSCART_IN_L
SATSCART_IN_R
SKT5
P57
P23
VADDIS_PROG
AUXSCART_IN_L
AUXSCART_IN_R
0603
C12
50V
C17
50V
47P
SCRN
P34
AUX_IN_L
P56
0603
To L103AY (Power Amp Board)
VADDIS_PROG
GOLD
47PNF
C16
50V
SCRN
SKT2
KYOYAKU
0603
0603
P62
CODEC_INT
I2C_SDA
I2C_SCLK
I2C_RES*
IR_FRONT
LED_SPARE2*
LED_SPARE1*
TV_IN_L
P55
DISP_LAT
GND
P61
47P
C11
50V
P60
P12
0603
47P
C15
50V
SCRN
CODEC_INT
I2C_SDA
I2C_SCLK
I2C_RES*
P54
P59
DAC_PCM2
P33
VAD_TX0
VAD_RX0
P32
P53
P45
3mm
VAD_H8_COM
H8_VAD_COM
GND
47P
C10
50V
DISP_BLK
P42
CODEC_INT
I2C_SDA
I2C_SCLK
I2C_RES*
0603
SCRN
SAT_IN_R
3mm
0603
DAC_PCM3
TOOL4
47P
SPDIF_SW
TOOL3
C5 NF
50V
P52
VAD_DIGOP
3mm
0603
0603
C9
50V
P51
ADC_PCM
3mm
47P
P50
0603
47P
C8
50V
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
TOOL2
C3
50V
0603
VAD_TX0
SKT1
KUNMING
GOLD
SAT_IN_L
GND
TOOL1
47P
47P
P48
P49
Vaddis port 1
C39
10N
50V
0603
GND
C2
50V
C4
50V
GND
+12V(D)
-5V(VID)
P16
C36
10N
50V
0603
GND
0603
47P
VAD_H8_COM
VAD_RX0
1
P5
47P
C37
50V
To L104AY (Video Board)
H8_VAD_COM
1
P4
AUXSCART_IN_R
AUXSCART_IN_L
FIX9
Dia 3.5mm
C35
10N
50V
0603
FD4
C38
10N
50V
0603
GND
FIX8
Dia 3.2mm
FD2
P14
C34
10N
50V
0603
GND
FIX7
Dia 3.2mm
FD3
1
P3
C1
50V
VADDIS_PROG
1
P2
GND
1
NC
FIX6
Dia 3.5mm
P30
P31
FIX4
Dia 3.5mm
C33
10N
50V
0603
FD1
GND
P28
P29
FIX2
Dia 3.5mm
GND
TVSCART_IN_R
TVSCART_IN_L
C32
10N
50V
0603
GND
1
P13
C31
10N
50V
0603
SATSCART_IN_R
SATSCART_IN_L
1
P1
FIXED_VOL_L_MU
1
GND
P21
P22
FIX5
Dia 3.5mm
P26
P27
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
FIX3
Dia 3.5mm
To L104AY (Video Board)
FIXED_VOL_R_MU
FIX1
Dia 3.5mm
CON2
MOLEX
52806
CON1
MOLEX
52806
NC
L998CT - Solo Movie 5.1
Main/Audio PCB
ITEM
QTY
PART No.
ITEM3
1
L998PB
DESCRIPTION
NOTES
Blank PCB Solo5.1 Main Board
DRAWING TITLE
Solo Movie Main PCB - Top level
Filename:
Top level Solo Movie 3.0.prj
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
07_E129
AJD
25/06/07
07_E084
MJT
11/06/07
07_E045
MJT
07/03/07
07_E014
MJT
01/02/07
No schematic changes. Layout change only (R620, R621 moved)
2.0
06_E194
MJT
23/01/07
SKT500 changed to common GND/EMC type, R338, R339,
R217, R647 added to PCB. Some caps on CON2 removed
1.0
ECO No.
01223 203210 (direct)
01223 203200 (reception)
INITIALS
Printed:
DATE
2-Aug-2007
Added connectors for Solo 2.1 options
3.0
None to this sheet.
Changed R442 - R445 for compatibility with revised VFD.
None to this sheet.
Changed C810, C851 to longer life parts due to heat.
Sheet
1
of
11
2.2
2.1
ISSUE
A2
DRAWING NO.
L998CT
SATSCART_IN_L
SATSCART_IN_R
SATSCART_IN_L
SATSCART_IN_R
SAT_IN_L
SAT_IN_R
TVSCART_IN_L
TVSCART_IN_R
TV_IN_L
TV_IN_R
AUXSCART_IN_L
AUXSCART_IN_R
AUX_IN_L
AUX_IN_R
FRONT_IN_L
FRONT_IN_R
SAT_IN_L
SAT_IN_R
SATSCART_IN_L
SATSCART_IN_R
TVSCART_IN_L
TVSCART_IN_R
SAT_IN_L
SAT_IN_R
TV_IN_L
TV_IN_R
TVSCART_IN_L
TVSCART_IN_R
AUXSCART_IN_L
AUXSCART_IN_R
TV_IN_L
TV_IN_R
AUX_IN_L
AUX_IN_R
AUXSCART_IN_L
AUXSCART_IN_R
AUX_IN_L
AUX_IN_R
ADC_UNBUF_L+
ADC_UNBUF_L-
FRONT_IN_L
FRONT_IN_R
ADC_UNBUF_R+
ADC_UNBUF_R-
ADC_BUF_L+
ADC_BUF_LADC_BUF_R+
ADC_BUF_R-
Codec.sch
ADC_BUF_L+
ADC_BUF_L-
DAC_PCM0
DAC_PCM1
DAC_PCM2
DAC_PCM3
RX_SCLK
RX_LRCLK
RX_SCLK
RX_LRCLK
DAB_DIGOP
VAD_DIGOP
DAB_DIGOP
DAB/VAD*
24M/22M*
24M_CLK_EN*
12M_CLK_EN*
MicroController.sch
KEYB_STBY
KEYB0
KEYB1
KEYB_GND
KEYB_STBY
KEYB0
KEYB1
KEYB_GND
HD_PHONE
HD_PHONE
I2C_SCLK
I2C_SDA
I2C_RES*
DAB/VAD*
24M/22M*
24M_CLK_EN*
12M_CLK_EN*
ADC_BUF_L+
ADC_BUF_L-
ADC_UNBUF_R+
ADC_UNBUF_R-
ADC_BUF_R+
ADC_BUF_R-
DAC_L+
DAC_L-
DAC_R+
DAC_R-
DAC_R+
DAC_R-
DAC_C+
DAC_C-
DAC_C+
DAC_C-
DAC_SUB+
DAC_SUB-
DAC_SUB+
DAC_SUB-
DAC_LS+
DAC_LS-
DAC_LS+
DAC_LS-
DAC_RS+
DAC_RS-
DAC_RS+
DAC_RS-
DAC_2CH_L+
DAC_2CH_L-
DAC_2CH_L+
DAC_2CH_L-
DAC_2CH_R+
DAC_2CH_R-
DAC_2CH_R+
DAC_2CH_R-
SPDIF_SW
ADC_PCM
RMCK+
RMCKCLK27M_VADDIS+
CLK27M_VADDIS-
I2C_SCLK
I2C_SDA
I2C_RES*
ADC_UNBUF_L+
ADC_UNBUF_L-
SMPS_SYNC
SMPS_SYNC*
CODEC_INT
ADC_BUF_L+
ADC_BUF_LADC_BUF_R+
ADC_BUF_R-
VQ_BUF
DAC_L+
DAC_L-
ADC_BUF_R+
ADC_BUF_R-
DAC_PCM0
DAC_PCM1
DAC_PCM2
DAC_PCM3
VAD_DIGOP
VQ_BUF
Filters.sch
FRONT_IN_L
FRONT_IN_R
DAC_2DMIX_L
DAC_2DMIX_R
TUNER_IN_L
TUNER_IN_R
ALARM_RAW
DAC_OUT_L
DAC_OUT_R
DAC_OUT_C
DAC_OUT_SUB
DAC_OUT_SL
DAC_OUT_SR
DAC_2DMIX_L
DAC_2DMIX_R
Preamp.sch
SATSCART_IN_L
SATSCART_IN_R
ADC_UNBUF_L+
ADC_UNBUF_L-
SAT_IN_L
SAT_IN_R
ADC_UNBUF_R+
ADC_UNBUF_R-
ADC_UNBUF_L+
ADC_UNBUF_LADC_UNBUF_R+
ADC_UNBUF_R-
Audio switch and mute.sch
TVSCART_IN_L
TVSCART_IN_R
PRE_L
PRE_R
PRE_C
PRE_SUB
PRE_SL
PRE_SR
TV_IN_L
TV_IN_R
AUXSCART_IN_L
AUXSCART_IN_R
AUX_IN_L
AUX_IN_R
PRE_L
PRE_R
PRE_C
PRE_SUB
PRE_SL
PRE_SR
PRE_REC_L
PRE_REC_R
FRONT_IN_L
FRONT_IN_R
DAC_2DMIX_L
DAC_2DMIX_R
SURR_SEL_0
SURR_SEL_1
TUNER_IN_L
TUNER_IN_R
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
SAT_SCART_SW
TV_SCART_SW
AUX_SCART_SW
PREOUT_MUTE*
SURR_SEL_0
SURR_SEL_1
Z2_SEL_PRE
Z2_SEL_2D
ALARM_RAW
PREOUT_MUTE*
PREOUT_MUTE_Z2*
DAC_OUT_L
DAC_OUT_R
DAC_OUT_C
DAC_OUT_SUB
DAC_OUT_SL
DAC_OUT_SR
DAC_2DMIX_L
DAC_2DMIX_R
PRE_REC_L
PRE_REC_R
DAC_2DMIX_L
DAC_2DMIX_R
DAC_2DMIX_L
DAC_2DMIX_R
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
PWR_AMP_L
PWR_AMP_R
PWR_AMP_C
PWR_AMP_SL
PWR_AMP_SR
PWR_AMP_L
PWR_AMP_R
PWR_AMP_C
PWR_AMP_SL
PWR_AMP_SR
PRE_OUT_L
PRE_OUT_R
PRE_OUT_C
PRE_OUT_SUB
PRE_OUT_SL
PRE_OUT_SR
PRE_OUT_L
PRE_OUT_R
PRE_OUT_C
PRE_OUT_SUB
PRE_OUT_SL
PRE_OUT_SR
Z2_SEL_PRE
Z2_SEL_2D
Z2_OUT_L
Z2_OUT_R
Z2_OUT_L
Z2_OUT_R
PREOUT_MUTE*
PREOUT_MUTE_Z2*
HP_OUT_L
HP_OUT_R
HP_OUT_L
HP_OUT_R
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
FIXED_VOL_L
FIXED_VOL_R
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
SAT_SCART_SW
TV_SCART_SW
AUX_SCART_SW
PREOUT_MUTE*
FIXED_VOL_L
FIXED_VOL_R
FIXED_VOL_L_MU
FIXED_VOL_R_MU
FIXED_VOL_L_MU
FIXED_VOL_R_MU
SPDIF_SW
ADC_PCM
RMCK+
RMCKCLK27M_VADDIS+
CLK27M_VADDISSMPS_SYNC
SMPS_SYNC*
CODEC_INT
CODEC_INT
I2C_SCLK
I2C_SDA
I2C_RES*
CODEC_INT
HS_TEMP
HS_TEMP
ALARM_RAW
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
SAT_SCART_SW
TV_SCART_SW
AUX_SCART_SW
PREOUT_MUTE*
PREOUT_MUTE_Z2*
SURR_SEL_0
SURR_SEL_1
Z2_SEL_PRE
Z2_SEL_2D
RDS_CLK
RDS_DATA
PLL_DO
STEREO
TUNED
FM_PRES
CLIENT_PRES*
RDS_CLK
RDS_DATA
PLL_DO
STEREO
TUNED
FM_PRES
CLIENT_PRES*
PLL_CLK
PLL_DI
PLL_CE
ALARM_RAW
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
SAT_SCART_SW
TV_SCART_SW
AUX_SCART_SW
Tuner interface.sch
PREOUT_MUTE*
PREOUT_MUTE_Z2*
TUNER_L
TUNER_R
SURR_SEL_0
SURR_SEL_1
Z2_SEL_PRE
Z2_SEL_2D
PLL_CLK
PLL_DI
PLL_CE
PLL_CLK
PLL_DI
PLL_CE
PLL_CLK
PLL_DI
PLL_CE
I2CDAB_SCLK
I2CDAB_SDA
I2CDAB_RES*
I2CDAB_SCLK
I2CDAB_SDA
I2CDAB_RES*
VADDIS_PROG
RDS_CLK
RDS_DATA
PLL_DO
STEREO
TUNED
DAB_DIGOP
FM_PRES
CLIENT_PRES*
VADDIS_PROG
RDS_CLK
RDS_DATA
PLL_DO
STEREO
TUNED
DAB_DIGOP
FM_PRES
CLIENT_PRES*
TRIG_OUT*
IR_FRONT
IR_FRONT
Z1_RM_IN
Z2_RM_IN
AC_PRESENT
IR_FRONT
Z1_RM_IN
Z2_RM_IN
AC_PRESENT
IR remote.sch
VFD_HT_ADJ
POWER_ON
HARD_STBY*
FAN_ON
FAST_SLOW*
IR_FRONT
TX_CMOS
PATH_AD*
PATH_B*
PATH_C*
RX_CMOS
RLEAD*
AMP_MUTE_LCR*
AMP_MUTE_SUR*
LED_RED*
LED_BLUE*
LED_SPARE1*
LED_SPARE2*
LED_SPARE3*
DISP_CLK
DISP_DAT
DISP_LAT
DISP_BLK
VAD_H8_SW
VAD_H8_SW
H8_VAD_SW
Z1_RM_IN
Z2_RM_IN
PSU.sch
SMPS_SYNC
SMPS_SYNC*
RX_CMOS
RLEAD*
TRIG_OUT*
IR_FRONT
AMP_MUTE_LCR*
AMP_MUTE_SUR*
LED_RED*
LED_BLUE*
LED_SPARE1*
LED_SPARE2*
LED_SPARE3*
VFD_HT_ADJ
POWER_ON
SMPS_SYNC
SMPS_SYNC*
HARD_STBY*
FAN_ON
FAST_SLOW*
AC_PRESENT
RS232.sch
TX_CMOS
PATH_AD*
PATH_B*
PATH_C*
DISP_CLK
DISP_DAT
DISP_LAT
DISP_BLK
VAD_TX0
VAD_H8_COM
H8_VAD_SW
VAD_TX0
VAD_H8_COM
H8_VAD_SW
RX_CMOS
RLEAD*
VAD_RX0
H8_VAD_COM
VAD_H8_SW
Z1_RM_IN
Z2_RM_IN
AC_PRESENT
RX_CMOS
RLEAD*
VAD_RX0
H8_VAD_COM
VAD_H8_SW
DRAWING TITLE
Solo Movie Main PCB - Structure
Filename:
Main PCB.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
Full production. No changes to this sheet
1.0
Sheet
2
of
11
ISSUE
A2
DRAWING NO.
L998CT
GND
7
D CHG
THR HLD
RESET
C300
1N0
50V
0603
X7R
GND
1K0
0603
GND
MMUN2211LT1
SOT-23
R308
20K
0W063
0603
TR302
P302
C304
P318
TR304
MMUN2211LT1
SOT-23
MMUN2211LT1
SOT-23
P312
+5V(STBY)
2K2 0W063
0603
C306
1N0
100V
0805
R317
47K 0W063
0603
R301
10K
0W063
0603
DZ300
BZX84C
4V7
SOT-23
R321
3K3
0W063
0603
2
R319
680R
0W063
0603
R325
1K8
0W063
0603
C313
100N
16V
0603
IC301A
LM358D
SO-8
R322
3K3
0W063
0603
R338
4K7
0W063
0603
Pd(max)=5.3mW
R333
P320
6
C316
680P
50V
0603
22K
R329
470K
0W063
0603
R310
4K7
0W063
0603
Z1_RM_IN
C319
47P
50V
0603
GND
GND
SKT301
NC
RC5_OUT
IC301B
7
TRIG_OUT
NC
R303
10K
0W063
0603
LM358D
SO-8
TR305
MMUN2211LT1
SOT-23
R331
1K5
0W063
0603
Z2_RM_IN
P326
0603
5
P321
C318
47P
50V
0603
+5V(STBY)
0W063
D300
BAS16
SOT-323
1
3
P314
P319
10K
0W063
0603
8
C312
100N
16V
0603
R302
0W063 0603
+5V(STBY)
P308
P304
P313
130K
4
R315
P300
Pd(max)=8mW
R327
Z1_RM_IN
Z2_RM_IN
50V
0603
ZONE1 REMOTE
GND
GND
330P
330P
P325
GND
TR303
P333
REMOTE OUT
C305
100P
50V
0603
GND
10uF
10V
1206
50V
0603
2K2
0W125
0805
RC5_OUT
MMUN2211LT1
SOT-23
10uF
10V
1206
Re-modulation
frequency =
36.8kHz approx.
IR eye we use is
36.7kHz.
P307
C309
2K2
0W125
0805
GND
C303
P306
LMC555CM
SO-8
C308
Pd=5.3mW
R313
NC
3
OP
TR301
P311
10uF
10V
1206
GND
1
4
Vcont
P310
Pd=66mW each
R312
4
5
6
R
L
1
2
3
R
L
SCRN1
6
TR300
MMUN2211LT1
SOT-23
IR_FRONT
5
R337
R309
4K7
0W063
0603
SCRN2
NC
TRIG
C302
+12V(D)
P327
P303
VCC
2
GND
R300
10K
0W063
0603
Pd=2.5mW
C301
100UF
25V
YK
IC300
8
+5V(STBY)
+5V(STBY)
+5V(STBY)
Do NOT use NE555 /
LM555 etc for IC300. Must
be CMOS type otherwise
frequency will be wrong.
GND
1
2
3
+5V(STBY)
50V
0603
C311
NC
50V
0603
ZONE2 REMOTE
R316
P301
P309
P305
2K2 0W063
0603
C307
1N0
100V
0805
GND
P315
R318
47K 0W063
0603
R304
10K
0W063
0603
DZ301
BZX84C
4V7
SOT-23
Pd(max)=8mW
330P
P316
130K
R323
3K3
0W063
0603
2
R326
1K8
0W063
0603
C315
100N
16V
0603
P322
10K
0W063
0603
IC302A
LM358D
SO-8
R324
3K3
0W063
0603
Pd(max)=5.3mW
R334
P323
6
C317
680P
50V
0603
R330
470K
0W063
0603
R332
1K5
0W063
0603
22K
7
R311
4K7
0W063
0603
GND
+12V(D)
R314
2K2
0W125
0805
P328
0603
IC302B
5
P324
R339
4K7
0W063
0603
+5V(STBY)
0W063
D301
BAS16
SOT-323
1
3
P317
R320
680R
0W063
0603
R305
0W063 0603
+5V(STBY)
C314
100N
16V
0603
R328
8
R
L
NC
330P
4
4
5
6
P329
C310
R
L
SCRN2
SCRN1
SKT300
P330
P335
R307
10K
0W063
0603
TRIG_OUT*
Centre frequency of bandpass = 37kHz (measured)
P334
100R
0W125
0805
TR308
BC849B
SOT-23
TR307
MMUN2211LT1
SOT-23
GND
BD179
TO-126
P332 R335
R306
10K
0W063
0603
LM358D
SO-8
TR306
MMUN2211LT1
SOT-23
TRIG_OUT*
TR309
P331
R336
22R
0W125
0805
C322
100P
50V
0603
Load vs current
O/C --> 11.2V
470R --> 10.4V (22mA)
330R --> 8.7V (26mA)
220R --> 6.3V (28mA)
100R --> 3.1V (31mA)
S/C --> 34mA
TRIG_OUT
12V TRIG OUT
GND
DRAWING TITLE
Solo Movie Main PCB - IR Remote
Filename:
IR remote.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
MJT
23/01/07
INITIALS
DATE
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
Printed:
2-Aug-2007
Full production. R338, R339 added to PCB
1.0
Sheet
3
of
11
ISSUE
A3
DRAWING NO.
L998CT
P402
P403
P404
P405
NC
NC
NC
RDS_CLK_3V3
FAN_ON
FAST_SLOW*
41
VCL
R419
0603
0603
10K
P455
TV_SCART_SW
10K
P456
AUX_SCART_SW
0603
1
RD
SD
4
+3V3(H8)
C419
100N
16V
0603
14
7
GND
C420
100N
16V
0603
GND
Q
5
NC
8
VCC
C432
100N
16V
0603
GND
IC401B
14
R421
0603
24LC08BT/SN
SO-8
R422
P413
R428
Z2_SEL_PRE_U
P414
R429
GND
R430
P415
R446
R447 R448 R449 R450 R451
47K
0603
47K
0603
47K
0603
47K
0603
47K
0603
10K
P457
PREOUT_MUTE*
10K
P458
PREOUT_MUTE_Z2*
0603
0603
10K
P459
SURR_SEL_0
10K
P460
SURR_SEL_1
10K
P461
10K
P462
0603
+3V3(H8)
Z2_SEL_2D
PREAMP_MUTE_U
P420
R431
PREAMP_DA_U
P421
R432
PREAMP_CLK_U
P422
R433
0603
0603
GND
R413
4K7 0603
P400
2
IC406B
74VHC08M
4 SO-14
5
6
IC406D
74VHC08M
12 SO-14
NC
13
DAB/VAD*
3
P423
10K
P463
PREAMP_MUTE
220R
P464
PREAMP_DA
220R
P465
11
KEYB_GND
129
AVSS
112
VREF
111
AVCC
P47/AN7/DA1
P46/AN6/DA0
P45/AN5
P44/AN4
P43/AN3
P42/AN2
P41/AN1
P40/AN0
SCLK
I/O
NC
3
R466
P401
GND
GND
ITEM401
ITEM400
1
1 NF
X2
RESET
0R0
0603
P426
PLL_CE
PLL_CLK*
PLL_CE*
PLL_DI*
13
RD
I2CDAB_SCLK
I2CDAB_SDA
I2CDAB_RES*
+5V(D)
R440
1K0
0603
TR403
TR404
TR405
MMUN2211LT1
SOT-23
MMUN2211LT1
SOT-23
MMUN2211LT1
SOT-23
GND
GND
P440
P441
P442
TRIG_OUT*
TRIG_OUT*
P416
P417
P491
I2CDAB_SCLK
I2CDAB_SDA
I2CDAB_RES*
+3V3(STBY)
R458
10K
0603
R455 C434
200R 100N
0603 16V
0603
P439
I2CH8_SCLK
I2CH8_SDA
I2CH8_RES*
GND
R460
0R0
0603
NF
R459
10K
0603
R461
0R0
0603
NF
R462
0R0
0603
NF
R463
R464
R465
P492
P493
P494
0R0 0603
0R0 0603
0R0 0603
P495
P496
P497
I2C_SCLK
I2C_SDA
I2C_RES*
CODEC_INT
DAB/VAD*
24M_CLK_EN*
12M_CLK_EN*
24M/22M*
CODEC_INT
+3V3(H8)
IC404
SOT-23
LM809M3-3.08
VADDIS_PROG_U
P444
RESET*
Choose a lower reset voltage?
RST
+3V3(H8)
R416 R427 R434
4K7
4K7
4K7
0603 0603 0603
GND
+3V3(H8)
R435 R436 R453 R454
4K7
4K7
4K7
4K7
0603 0603 0603 0603
PG4
P53
WDTOVF*
RES(in)*
PG5
PG6
RES*
P451
P482
P483
8
P485
P486
IC406C
74VHC08M
SO-14
10
9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
P484
P487
GND
C427
12P
50V
0603
P425
RTC_SCLK
+3V3(H8)
NF
P428
P430
RX_CMOS
Place on top of IC403
Con Jumper Socket 0.1IN Gold Blue
Place on CON400 between pins 1 & 2 [for normal (Non-emulation) operation]
DISP_CLK_U
P447
R444
DISP_DAT_U
P448
R445
RX_CMOS
Solo Movie Main PCB - H8 Micro
Filename:
MicroController.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
3M
2500 series
330R
0603
330R
0603
330R
0603
330R
0603
TX_CMOS_U
P449
VADDIS_PROG_U
P450
DISP_BLK
DISP_LAT
DISP_CLK
DISP_DAT
C406
C407
C408
C409
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
Mark Tweedale
[email protected]
Contact Tel:
TX_CMOS
TX_CMOS
VADDIS_PROG
0603
P472
P473
VADDIS_PROG
PATH_AD*
PATH_B*
PATH_C*
P474
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
Changed R442 - R445 for compatibility with revised VFD.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
R424
1K0
0603
R437 1K0
PATH_AD*
PATH_B*
PATH_C*
DRAWING TITLE
Ferrite Plate - This part is RoHS compliant.
R443
P427
RTC_RES*
F242
R442
P446
NF
CON499
GND
R409
4K7
0603
RTC_DA
8K004
P445
DISP_LAT_U
+3V3(H8)
5
IC405
DS1302Z
SO-8
DISP_BLK_U
R442 - R445 were 680R but had to be changed as
Noritake Itron changed the design of the VFD.
330R now required to fix the corruption.
R452
2K2
0603
6
PLL_DI
R441
1K0
0603
GND
120
VFD_HT_ADJ
ALARM_RAW
119
118
NC
117
NC
116
BOX_TEMP
115
HS_TEMP
114
KEYB1
113
KEYB0
128
NC
127
NC
126
PLL_DO_3V3
125
TUNED_3V3
124
STEREO_3V3
123
RDS_DATA_3V3
122
FM_PRES
121
CLIENT_PRES*
X401
7
GND
+5V(D)
R439
1K0
0603
NC
0.1F
5.5V
NF Gold
X1
C435
10N
50V
0603
These sigs should be high in standby
for minimum current draw
+5V(D)
C404
47P
50V
0603
R401
10K
0603
NF
PREOUT_MUTE_Z2_U*
TV_SCART_SW_U
AUX_SCART_SW_U
SAT_SCART_SW_U
PREOUT_MUTE_U*
SURR_SEL_1_U
SURR_SEL_0_U
GND
2
32.768KHz
XTAL CYLINDRICAL
NC
SOT-323
C428
PREAMP_CLK
GND
C436
10uF
10V
1206
PLL_CLK
P443
P424
DAB/VAD*
NC
NC
NF
D401
BAS16
GND
C413
10N
50V
0603
H8_VAD_SW
0603
GND
C421
100N
16V
0603
NC
80
79
78
77
76
75
74
73
25MHz
HC49-4H
+3V3(H8)
No ERC on IC403 pin 59 (CODEC_INT) to
prevent warning of Output and I/O on the same
net
NF
R406
10K
0603
0603
7
C426
12P
50V
0603
+3V3(H8)
C410
10uF
10V
1206
VAD_H8_SW
R438 220R
R400
10K
0603
NF
RES*
P435
X400
Z2_SEL_PRE
47K
0603
IC406A
74VHC08M
1 SO-14
GND
GND
GND
74VHC08M
SO-14
GND
0603
+3V3(H8)
VCC
VCC
GND
P412
SURR_SEL_1_U
IC406E
R415
4K7 0603
4
R420
P411
Z2_SEL_2D_U
+3V3(H8)
IC402C
74HC74D
SO-14
+3V3(H8)
P410
PREOUT_MUTE_Z2_U*
0603
74HC74D
SO-14
GND
PREOUT_MUTE_U*
GND
94
90
89
88
87
86
85
84
8
R418
P409
SAT_SCART_SW
GND
P408
AUX_SCART_SW_U
P454
GND
+3V3(STBY)
PLL_CLK*
106
105
PLL_CE*
104
PLL_DI*
83
NC
+3V3(H8)
82
NC
81
NC
4
VCC
72
VCC
98
VCC
99
VCC
4
TV_SCART_SW_U
10K
NC
R417
39
40
42
43
44
45
46
47
48
49
P407
WDTOVF*
SAT_SCART_SW_U
PD7/D15
PD6/D14
PD5/D13
PD4/D12
PD3/D11
PD2/D10
PD1/D9
PD0/D8
C416
10N
50V
0603
R408
4K7
P434
RES
P437
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
STBY
R423
10K
0603
2
10
18
25
50
70
95
102
C433
100N
16V
0603
D
GND
+3V3(H8)
C411
10uF
10V
1206
GND
132
PG6
131
PG5
PG4
130
AMP_MUTE_SUR_U*
110
AMP_MUTE_LCR_U*
109
108
NC
107
NC
92
4K7
0603
35
PH0/CS4/RAS4/WE
36
PH1/CS5/RAS5/SDRAMphi
37
PH2/CS6/(IRQ6)
38
PH3/CS7/(IRQ7)/OE/CKE
+3V3(H8)
C415
10N
50V
0603
GND
PF7/Phi
PF6/AS
PF5/RD
PF4/HWR
PF3/LWR
PF2/IRQ15/LCAS/DQML
PF1/IRQ14/UCAS/DQMU
PF0/WAIT
103
NC
P490 NC
NC
NC
R457
Hi: Emulate
Low: Normal operation GND
HD_PHONE
KEYB_STBY
GND
+3V3(H8)
IC403
HD64F2378RVFQ34V
QFP-144
EXTAL
NF
CON400 +3V3(H8)
3
2
1
HARWIN GND
M20-973
HD_PHONE
KEYB_STBY
NC
RLEAD*
XTAL
Despite the labels above:
HI = LED on
LO = LED off
97
RDS_CLK_3V3
VCC1
C425
1N0
50V
0603
GND
2
NC
RS232 coms to Vaddis
91
PLLVCC
93
PLLVSS
Set as interrupt?
Set as interrupt
Set as interrupt?
Set as interrupt
1
C424
1N0
50V
0603
NC
VCC2
C430
1N0
50V
0603
Z2_RM_IN
RLEAD*
Z1_RM_IN
IR_FRONT
CLK
9
C431
10uF
10V
1206
R407
4K7
101
NC
NC
100
NC
NC
96
LED_RED*
GND
3
+3V3(H8)
NC
LED_BLUE*
LED_RED*
SURR_SEL_0_U
D
+3V3(H8)
PG6/BREQ
PG5/BACK
PG4/BREQO
PG3/CS3/RAS3/CAS
PG2/CS2/RAS2/RAS
PG1/CS1
PG0/CS0
Z2_SEL_2D_U
Z2_SEL_PRE_U
PREAMP_DA_U
PREAMP_CLK_U
PREAMP_MUTE_U
LED_SPARE3*
LED_BLUE*
NC
I2CEEPROM_SCLK
I2CEEPROM_SDA
I2CDAB_RES*
I2CH8_RES*
I2CDAB_SCLK
I2CDAB_SDA
I2CH8_SCLK
I2CH8_SDA
LED_SPARE2*
LED_SPARE3*
NC
ALARM_RAW
PE0/D0
PE1/D1
PE2/D2
PE3/D3
PE4/D4
PE5/D5
PE6/D6
PE7/D7
LED_SPARE1*
LED_SPARE2*
IC402A
6
Q
VFD_HT_ADJ
P453
P65/TMO1/IDACK1/IRQ13
P64/TMO0/DACK0/IRQ12
P63/TMCI1/TEND1/IRQ11
P62/TMCI0/TEND0/IRQ10
P61/TMRI1/DREQ1/IRQ9
P60/TMRI0/(DREQ0)/IRQ8
DCTL
PATH_B*
PATH_AD*
PATH_C*
LED_SPARE1*
+3V3(H8)
P452
63
64
65
66
67
68
69
71
NC
PC0/A0
PC1/A1
PC2/A2
PC3/A3
PC4/A4
PC5/A5
PC6/A6
PC7/A7
PB0/A8
PB1/A9
PB2/A10
PB3/A11
PB4/A12
PB5/A13
PB6/A14
PB7/A15
PA0/A16
PA1/A17
PA2/A18
PA3/A19
PA4/A20/IRQ4
PA5/A21/IRQ5
PA6/A22/IRQ6
PA7/A23/IRQ7
EMLE
62
GND
5
6
7
8
9
11
12
13
14
15
16
17
19
20
21
22
23
24
26
27
28
29
30
31
32
NC
NC
DISP_BLK_U
DISP_LAT_U
LED_SPARE3*
LED_SPARE2*
LED_SPARE1*
LED_BLUE*
LED_RED*
NC
NC
AMP_MUTE_SUR*
0603
R405
47K
0603
C423
1N0
50V
0603
P438
C403
47P
50V
0603
Set as interrupt
Set as interrupt
Set as interrupt?
Set as interrupt
AMP_MUTE_LCR*
0603
P80/(IRQ0)/EDREQ2
P81/(IRQ1)/TXD3/EDREQ3
P82/(IRQ2)/ETEND2
P83/(IRQ3)/RXD3/ETEND3
P84/(IRQ4)/EDACK2
P85/(IRQ5)/SCK3/EDACK3
P470
R425
1K0
R426
1K0
NC
AMP_MUTE_SUR_U*
C405
47P
50V
0603
Q
MD2
8
+3V3(STBY)
CODEC_INT
P468
HARD_STBY*
P97/AN15/DA5
P96/AN14/DA4
P95/AN13/DA3
P94/AN12/DA2
P93/AN11
P92/AN10
P91/AN9
P90/AN8
AMP_MUTE_LCR_U*
POWER_ON
3
33
34
59
60
61
HARD_STBY*
P419
0603
136
P53
P53/ADTRG/IRQ3
135
P52/SCK2/IRQ2
NC
134
VAD_H8_SW
P51/RXD2/IRQ1
133
H8_VAD_SW_U
P50/TXD2/IRQ0
P467
P418
MD2
MD1
MD0
POWER_ON
C422
1N0
50V
0603
12
GND
1
MD2
144
MD1
143
MD0
P466
4K7
0603
R403
4K7
P479
P436
GND
P433
0R0
0603
Q
CLK
H8_VAD_SW_U
P478
GND
Z2_RM_IN
RLEAD*
Z1_RM_IN
IR_FRONT
P480
P481
KEYB_STBY
HD_PHONE
74LVC244APW
TSSOP-20
FAN_ON
FAST_SLOW*
R412
11
R410
10R
0603
RTC_SCLK
RTC_DA
RTC_RES*
10
GND
24M/22M*
24M_CLK_EN*
12M_CLK_EN*
R402
R404
47K
0603
C414
100N
16V
0603
P475
P476
P477
P20/PO0/TIOCA3/(IRQ8)
Set as interrupt?
P21/PO1/TIOCB3/(IRQ9)
P22/PO2/TIOCC3/(IRQ10)
P23/PO3/TIOCD3/TXD4/(IRQ11)
P24/PO4/TIOCA4/RXD4/(IRQ12)
P26/PO6/TIOCA5/(IRQ14)
VCC
24M/22M*
24M_CLK_EN*
12M_CLK_EN*
NC
NC
NC
+3V3(STBY)
1=Prog, 0=Run
P432
+3V3(H8)
CLIENT_PRES*
FM_PRES
AC_PRESENT
20
KEYB_STBY
P406
GND
IC400C
GND
IC402B
74HC74D
SO-14
+3V3(H8)
R414
10K
0603
VAD_H8_SW
74LVC244APW
TSSOP-20
CLIENT_PRES*
FM_PRES
AC_PRESENT
GND
51
52
53
54
55
56
57
58
RDS_CLK
RDS_CLK
3
Y0
5
Y1
7
Y2
9
Y3
P431
C412
10UF
50V
YK
Notes for H8 uC
---------------------------RXD2/TXD2 (pins 98/97) are the
RS232 coms to the Vaddis
Set Real-time clock to use internal
trickle charge (single diode and 2k
resistor)
XTAL is now 25MHz. Is this a
problem for timing?
Bodged for JTAG socket
RDS_DATA_3V3
STEREO_3V3
TUNED_3V3
PLL_DO_3V3
IC400B
17
A0
15
A1
13
A2
11
A3
New reset circuit
VCC
18
Y0
16
Y1
14
Y2
12
Y3
OE
47P
50V
0603
HS_TEMP
74LVC244APW
TSSOP-20
19
47P
50V
0603
AC_PRESENT
TRIG_OUT*
OE
2
A0
4
A1
6
A2
8
A3
RDS_DATA
STEREO
TUNED
PLL_DO
GND
P469
47P
50V
0603
MD2:
High = Running (Single chip mode and User
Program mode if Vaddis programs H8 flash)
Low = Boot mode (Cold boot programming using
RS232 cable)
D400
BAS16
SOT-323
SD
P429
100N
16V
0603
5V to 3V3 translation
IC400A
1
RDS_DATA
STEREO
TUNED
PLL_DO
GND
C402
142
DISP_DAT_U
TX_CMOS_U
141
140
NC
RX_CMOS
139
138
DISP_CLK_U
137
NC
24LC08BT/SN
SO-8
GND
C438
C401
R411
20K
0603
10
I2CEEPROM_SCLK
I2CEEPROM_SDA
6
SCL
5
SDA
P489
470R
0W063
0603
C400
P30/TXD0/IrTXD
P31/TXD1
P32/RXD0/IrRXD/SDA1
P33/RXD1/SCL1
P34/SCK0/SCK4/SDA0
P35/SCK1/SCL0/(OE)/(CKE)
7
2 P488
Vout
R456
IR_FRONT
FAN_ON
FAST_SLOW*
HARD_STBY*
POWER_ON
Z1_RM_IN
Z2_RM_IN
WP
1
A0
2
A1
3
A2
R468
10K
0603
+3V3(H8)
KEYB0
KEYB1
KEYB_GND
WDTOVF
NMI
P10/PO8/TIOCA0
P11/PO9/TIOCB0
P12/PO10/TIOCC0/TCLKA
P13/PO11/TIOCD0/TCLKB
P14/PO12/TIOCA1
P15/PO13/TIOCB1/TCLKC
P16/PO14/TIOCA2/EDRAK2
P17/PO15/TIOCB2/TCLKD/EDRAK3
IC401A
R467
10K
0603
3
C437
100N
16V
0603
+3V3(H8)
GND
1
+Vs
+3V3(STBY)
IC407
LM19
TO-92
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
1.0
Sheet
4
of
11
ISSUE
A2
DRAWING NO.
L998CT
Designator
-3dB point at: 1/(2*Pi*[100+75]*47p) = 19.4MHz
P523
C536
P526
R533
220R
0603
C534
GND
Switched Input from DAB and possible streaming client card
ROUT1
3
RIN2+
4
RIN2-
ROUT2
13
9
EN
OK to have
unconnected inputs
NC
(produces HIGH output)
NC
2
RIN1+
1
RIN1-
GND
14
NC
RMCK-
To Vaddis 8
CLK27M_VADDIS+
To Vaddis 8
CLK27M_VADDIS-
To Vaddis 8
CODEC_INT
I2C_RES*
I2C_SCLK
I2C_SDA
R520
2K0
0603
No output termination resistors:
Built-in 50 Ohm source impedance.
R539
2K0
0603
GND
IC508
SN65LVDS049
TSSOP-16
12M_CLK_EN_R*
P588
5
6
74HC04D
R543
P536
24M_CLK_EN_R*
C552
ADC_BUF_L+
ADC_BUF_L-
P506
P568
ADC_BUF_R+
ADC_BUF_R-
P567
P569
16V
P589
+3V3
50
P540
55
P541
P501
P500
P502
110R
SPDIF_SW
33R
P551
RMCK
IC502E
32
AOUTA2+
33
AOUTA2-
P574
P575
DAC_LS+
DAC_LS-
31
AOUTB2+
30
AOUTB2-
P576
P577
DAC_RS+
DAC_RS-
28
AOUTA3+
29
AOUTA3-
P578
P579
CODEC DAC output :
0.94 x VA = 4.7V pp differential
= 1.66Vrms differential
DAC_C+
DAC_C-
150 Ohm output impedance
27
AOUTB3+
26
AOUTB3-
P580
P581
DAC_SUB+
DAC_SUB-
22
AOUTA4+
23
AOUTA4-
P582
P583
DAC_2CH_L+
DAC_2CH_L-
21
AOUTB4+
20
AOUTB4-
P584
P585
VLC
FILT+
REFGND
LPFLT
DAC_L+
DAC_L-
VCC
GND
R525
P543
19
39
P544
IC501
CS42528-CQZ
LQFP-64
DIV_2_EN
SO-14
P546 3
1K0
0603
C514
100N
16V
0603
R523
1K5
0603
P545
C544
22N
16V
0603
R524
16K
0603
+3V3(PLL)
C543
100UF
10V
YXF
C518
100N
16V
0603
GND
C519
100N
16V
0603
CLK27M_VADDIS
C520
100N
16V
0603
R529
GND
P597
10
NC
NC
GND
D
RD*
CLK
P505
CLOCK GENERATOR
13
VDD2
5
12
13
SO1
15
SO2
11
R509
100R 0603
VSS2
NC
P503
6
P522
16
VSS3
10K
0603
NC
P507
P504
9
AO1
10
AO2
FSEL
VSS1
14
12
3
MO1
4
MO2
IC506
SM8707E
VSOP-16
2
27P
50V
0603
R527
VDD3
1
7
XTI
8
XTO
P521
11
C551
VDD1
X500
27MHz
HC49
IC503B
9
P509
Q
DIV_2_EN
P508
8
!Q
R512
74LVC74AD
100R 0603
S0-14
R510
P511
2
0603
12M_CLK_EN_R*
SMPS_CLK_FAST
100R 0603
Divide by 2:
RD* = 1 : Running
RD* = 0 : Stop (output Low)
24M_CLK_EN*
1
1
1
0
0
0
0
P512
2
C548
4U7
50V
YK
P513
C547
1N0
100V
0805
NP0
For sample rates above 48kHz
88k - 96kHz = 256Fs
176k - 192kHz = 128Fs
7
2
VCC
GND
3
4
VCC
C554
10uF
10V
1206
GND
IC507G
16
8
C512
100N
16V
0603
VCC
C528
10uF
10V
1206
7
P554
IC507D
9
8
P562
74HC04D
IC507A
SO-14
1
2
P553
3
4
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
9
7
6
5
3
2
4
13
12
14
15
1
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
C549
100N
16V
0603
11
10
74HC04D
GND
Codec.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
GND
DIV_2^6
47K
12
0603
R519
47K
Mark Tweedale
[email protected]
11
P564
P587
IC502D
74LVC125AD
SO-14
0603
9
R515 330R
0603
R536 100R
IC507F
13
12
P556
R514
P557
0603
8
NC
IC502C
74LVC125AD
SO-14
330R
P565
SMPS_SYNC
P566
SMPS_SYNC*
0603
74HC04D
SO-14
SMPS_SYNC
SMPS_SYNC*
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
NC
SO-14
Sync frequency:
32/48/96/192kHz sample rate - 375kHz
44.1/88.2/176.4kHz sample rate - 352.8kHz
DRAWING TITLE
Filename:
NC
SO-14
GND
IC504A
74HC4040D
SO-16
R528
10K
0603
NC
SO-14
74HC04D
IC507E
VQ_BUF
1K0
0603
GND
C542
100N
16V
0603
7
GND
-3dB = 159Hz
R526
P548
10
CP
11
MR
14
74HC04D
SO-14
74HC4040D
SO-16
VQ used to bias ADC input signals
VQ (nominal) = 2.7V
Max allowed VQ current = 10uA
Therefore smallest load = 270k Ohms!!!
Use FET input opamp, eg TL072 (cheap)
Low-pass filter output to reduce noise
(Spec is 50nV/RtHz with gain=10 : quite noisey!)
IC505B
6
SMPS_CLK_FAST
NC
74HC04D
IC507B
C516
100N
16V
0603
5
6
!Q
GND
IC504B
C511
100N
16V
0603
10K
Solo Movie Main PCB - CODEC
GND
CLK
R518
R540
0R0
0603
GND
OMCK
R531
3
-7V(A)
P514
6
C553
10uF
10V
1206
GND
14
0603
GND
110R 0603
IC502B
110R 0603
74LVC125AD
GND
GND
TL072CD
SO-8
12M_CLK_EN*
0
0
0
1
1
1
1
R530
8
SD*
C510
100N
16V
0603
74LVC74AD
S0-14
P552
TL072CD
SO-8
R541
IC502A
74LVC125AD
SO-14
5
SO-14
24M_CLK_EN_R*
P591
3
For sample rates 32-48kHz
32k = 384Fs
44k - 48kHz = 256Fs
P592
100R 0603
R511
R513
180R
16
R538
0R0
0603
GND
1
P510
P520
27P
50V
0603
24M/22M*
1
0
1
0
1
0
1
7
VCC
C509
100N
16V
0603
C515
100N
16V
0603
IC505A
+3V3(D)
56R 0603
C550
Master clock frequency
12.288MHz
(384 x Fs)
11.2896MHz
(256 x Fs)
12.288MHz
(256 x Fs)
22.5792MHz
(256 x Fs)
24.576MHz
(256 x Fs)
22.5792MHz
(128 x Fs)
24.576MHz
(128 x Fs)
+3V3(D)
IC503A
74LVC74AD
S0-14
2
5
D
Q
NC
+7V(A)
P542
C545
100UF
25V
YK
DAB_DIGOP_SW
GND
DAC_2CH_R+
DAC_2CH_R-
C513
100N
16V
0603
IC503C
14
74LVC125AD
SO-14
NC
18
GND
NC
Ditch the parallel caps and just have the largest value?
+3V3(D)
GND
TX500
OC-0805T*001
74HCT157D
SO-16
74HCT157D
SO-16
DAC_R+
DAC_R-
17
NC
12
P586
GND
P572
P573
38
P560 1 I/P
100R
0603
1
S
15
EN
To Vaddis 8
35
AOUTB1+
34
AOUTB1-
MUTEC
15
AINL+
16
AINL-
R516
0603
R517
0603
R544
47K
0603
NF
R508
P559
9
4Y
VCC
GND
P527
C506
100N
16V
0603
+5V(D)
P570
P571
VQ
Fs
32kHz
44.1kHz
48kHz
88.2kHz
96kHz
176.4kHz
192kHz
3Y
IC500B
Audio master clock frequency for different sample rates
REG500
LM1117MPX-3.3
SOT-223
P558
C525
10uF
10V
1206
7
VA
INT
RST
SCL/CCLK
SDA/CDOUT
AD1/CDIN
AD0/CS
14
AINR+
13
AINR-
2Y
11
3I0
10
3I1
GND
36
AOUTA1+
37
AOUTA1-
100N
0603
5
2I0
6
2I1
24
41
CX_LRCK
CX_SCLK
CX_SDOUT
CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4
P590
C517
100N
16V
0603
24M/22M*
OMCK
+3V3(D)
SD*
R521
24M/22M*
P537
P538
4K7
0603
0R0
0603
GND
11
12
7
8
9
10
6
NC
4K7
0603
24M_CLK_EN*
To Vaddis 8
DAB/VAD*
DAB/VAD*
4
1Y
14
4I0
13
4I1
C527
220UF The footprint for this cap is kept at the original small one.
16V
Cap will overhang some SM components.
YXF
IC507C
R542
12M_CLK_EN*
15
DAC_PCM0
DAC_PCM1
DAC_PCM2
DAC_PCM3
VLS
1
NC
NC
RMCK+
C524
10uF
10V
1206
C508
470N
16V
0805
54
SAI_SDOUT
60
SAI_LRCK
61
SAI_SCLK
58
ADCIN1
57
ADCIN2
3
2
56
1
64
63
62
RX_LRCLK
RX_SCLK
RMCK
GND
6
DOUT2+
5
DOUT2-
DIN2
47K
0603
TXP
4
11
10N
50V
0603
ADC_PCM
7
DOUT1+
8
DOUT1-
DIN1
59
R522
GND
C529
470N
16V
0805
53
OMCK
GND
GND
CLK27M_VADDIS
10N
50V
0603
RXP0
RXP1/GPO1
RXP2/GPO2
RXP3/GPO3
RXP4/GPO4
RXP5/GPO5
RXP6/GPO6
RXP7/GPO7
5
10
C539
10N
50V
0603
49
48
47
46
45
44
43
42
AGND
12
EN
RMCK
C538
10N
50V
0603
VCC
16
+3V3(D)
C537
10N
50V
0603
+3V3(D)
P528
P529
P530
P531
P532
P533
P534
P535
40
1K8
0603
C541
100N
16V
0603
AGND
R506
DAB_DIGOP_SW
+5V(A)
VARX
10N
50V
0603
DAB_DIGOP
GND
SPDIF_AUX
GND
Output approx 0.5V
C505
100N
16V
0603
GND
C540
10N
50V
0603
25
GND
2
GND
DAB_DIGOP
IC500A
2
1I0
3
1I1
VAD_DIGOP
P539
GND
C535
P525
R535
220R
0603
RX501
OC-0805R*007
C507
100N
16V
0603
4
Output approx 0.5V
1K8
0603
Place on top of C527
VAD_DIGOP
C533
10N
50V
0603
+3V3(D)
C526
10uF
10V
1206
R507
Pad Damping 7.5x6x3MM Rubber
RD*
10R
0W125
0805
P519
E828AP
GND
C532
10N
50V
0603
VD
1
VCC
3
C503
100N
16V
0603
GND
GND
O/P
+5V(D)
C523
10uF
10V
1206
51
AV
1
C504
100N
16V
0603
2U2
+3V3(D)
10N
50V
0603
DGND
C522
10uF
10V
1206
SPDIF_SAT
P524
52
P518
C502
100N
16V
0603
Place on top of both IC502/IC503 (See assembly drawing)
ITEM503
GND
L500
GND
+5V(D)
Ferrite Disk - This part is RoHS compliant.
+5V(A)
DGND
GND
2
GND
R502
C530
R534
220R
0603
RX500
OC-0805R*007
F243
R503
VD
Output approx 0.5V
1K8
0603
1
Conclusion: AGND and DGND appear to be separate within
the chip
SPDIF_SAT_ELEC
R504
P517
Place one each side of X500
ITEM502
1
10R
0W125
0805
P550
1
VCC
3
10R
0W125
0805
GND
O/P
E828AP
10
C521
10uF
10V
1206
2
13
+5V(D)
R501
P516
ITEM501
+5V(D)
Note about ground pins on CS42528:
The two DGND pins (5 & 52) have about 3.5 Ohms between
them in the device.
The two AGND pins (25 & 40) have several MegOhms
between them and DGND
GND
C501
100N
16V
0603
P561
GND
SAT
10N
50V
0603
C546
47P
50V
0603
F243
P563
100R
0603
Arcam p/n
P555
P549
SPDIF data rate @ 96kHz 2-ch PCM:
96k x 32 bits x 2 channels = 6.144MHz
Bi-phase encoding has up to 2 symbols per bit.....
Therefore minimum bandwith is 12.288MHz
Position / Notes
1
8
P515
R500
75R
0W125
0805
C531
Qty
4
R505
Description
ITEM500
P547
SKT500
KYOYAKU
GOLD
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
1.0
Sheet
5
of
11
ISSUE
A2
DRAWING NO.
L998CT
PWR_AMP_L
PRE_R
PWR_AMP_R
PRE_C
PWR_AMP_C
PRE_SUB
PRE_SL
PWR_AMP_SL
PRE_SR
PWR_AMP_SR
+7V(A)
14
C631
100P
50V
0603
NP0
C601
100N
16V
0603
GND
15
GND
P609
SURR_SEL_0
SURR_SEL_1
GND
-7V(A)
-7V(A)
R641
P601 5
7
6
P643
P641
IC604B
NJM2114M
DMP-8
P603
FIXED_VOL_R
47R 0603
100UF
10V
YXF
R640
47K
0603
IC605
DG409DY
SO-16
PREOUT_MUTE*
PREOUT_MUTE*
3
Note: want Normal 5.1 on IN3 as this has the worst
non-selected X-talk to the output as this input pin is
closest to the output pin.
15
11
P634
IC600D
DG412DY
SO-16
10
goes via mutes on Preamp.sch page
P633
IC600A
DG412DY
SO-16
14
PREOUT_MUTE*
P632
IC600B
DG412DY
SO-16
2
IN0: Default - mute on power up
IN1: Biamp mode - LS amp = L, RS amp = R
IN2: Zone2 amps - LS amp = Z2 L, RS amp = Z2 R
IN3: Normal 5.1 - LS amp = LS, RS amp = RS
SCART audio output
R646
47K
0603
6
P635
IC600C
DG412DY
SO-16
R631
PRE_OUT_L
47R
0603
R632
PRE_OUT_R
47R
0603
R633
PRE_OUT_C
47R
0603
R634
PRE_OUT_SUB
47R
0603
C614
470P
50V
0603
GND
NF
R607
47K
0603
Zone 2 volume
R615
P604
6
NF
IC602B
DG412DY
SO-16
7
1
P610
3
P611
15
Z2_SEL_2D
11
GND
R627
P613
100N
50V
0805
PRE_R
R620
NF
C628
P607
100K
0603
R621
1UF 50V
100K
0603
1UF 50V
YK
YK
NF
C627
10UF
50V
YK
R623
75K
0603
P615
C629
P608
C622
33P
50V
0603
3
P617
6
R624
75K
0603
R611
47K
0603
C617
470P
50V
0603
15
P645
P637
IC601A
DG412DY
SO-16
14
P638
IC601D
DG412DY
SO-16
10
P639
IC601C
DG412DY
SO-16
R635
R612
47K
0603
PRE_OUT_SL
47R
0603
R636
PRE_OUT_SR
47R
0603
R637
Z2_OUT_L
47R
0603
Zone2 / Record
R638
Z2_OUT_R
47R
0603
C618
470P
50V
0603
GND
C613
100UF
10V
WL
C608
100N
16V
0603
R616
47K
0603
C619
470P
50V
0603
R617
47K
0603
C620
470P
50V
0603
R618
47K
0603
C621
470P
50V
0603
R619
47K
0603
GND
+5V(SW) currents:
Zenner = (7-5.1) / 620 = 3mA
DG412 = 5 x 5uA max
R622
1K0
0603
470UF
25V
YK
P614
R625
2K2
0603
LM4880M
SO-8
4R7
1W
CF
P631
+7V(A)
P618
R630
4R7
1W
CF
HP_OUT_R
VL
GND
C611
100N
16V
0603
V-
P629
C630
100UF
25V
YK
GND
P630
12
ITEM
QTY
PART No.
ITEM600
4
V-
12
V+
+5V(SW)
VL
5
4
GND
GND
V-
DG412DY
SO-16
-7V_MUTES
+7V_MUTES
13
12
+5V(SW)
5
4
GND
DG412DY
SO-16
-7V_MUTES
1
F275
NOTES
4.1mm I/D, 7.3mm O/D O-Ring
Audio switch and mute.sch
Notes:
-7V(A)
GND
GND
13
DESCRIPTION
DRAWING TITLE
Filename:
NC
VL
5
Place over C630, halfway down.
Solo Movie Main PCB - Audio Switch & Mute
D601
BAT54S
SOT-23
V+
+5V(SW)
NF
IC602E
+7V_MUTES
R645
1M0
0603
-7V_MUTES
C610
100N
16V
0603
13
+7V_MUTES
IC601E
DG412DY
SO-16
-7V_MUTES
GND
C609
100N
16V
0603
R647
GND
V+
+5V(SW)
BZX84C
5V1
SOT-23
D600
BAT54S
SOT-23
1M0
0W063
0603
+7V_MUTES
IC600E
DZ600
NC
R626
2K2
0603
C626
Resistor Pd @ 3mA= 5.6mW
R628
620R
0W125
0805
HP_OUT_L
For some reason, the update PCB process has always
wanted to disconnect and then re-connect these two
nets. I cannot find the cause for this oddity, however
ignoring it seems to be the right thing to do!
(Mark T 08/12/06)
NF
R614
1K0
0603
R629
Note re: Update PCB process and HP_OUT_L and
HP_OUT_R
470UF
25V
YK
P620
+7V(A)
7
P619
GND
PREAMP_MUTE
IC606
BD3812F
SO-14
1
2
P616
C623
33P
50V
0603
IC607
8
C602
GND
PRE_L
P627
P644
11
C625
4
470UF
25V
YK
47R 0603
R644
HEADPHONE AMP
100mW 20-30 ohms
P606
C624
C616
470P
50V
0603
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
+5V(D)
2R2
0W125
0805
R643
P625
P636
IC601B
DG412DY
SO-16
2
PREOUT_MUTE_Z2*
GND
R610
47K
0603
-7V(A)
Select preamp record out or 2-ch D.Mix
Note:
When headphones are inserted while a
DD5.1 or similar soundtrack is playing,
the 5.1 outputs mute and the preamp
routes the 2chDmix to L/R.
13
VEE
DGND
Pull-up on SEL to
+7V(A) sets address
for Z2 volume:
D2 = 1
D1 = 1
to use same control
lines as main vol
chip.
14
NF
IC602D
DG412DY
SO-16
16
DAC_2DMIX_R
OUT2
14
12
SEL
8
CL
9
DA
10
MUTE
P612
5
1
2
NF
IC602A
DG412DY
SO-16
3
47R 0603
10K
0603
3
IN2
OUT1
+7V(A)
R613
DAC_2DMIX_L
IN1
5
Z2_SEL_PRE
P605
VCC
7
P624
6
PREOUT_MUTE*
GND
2
AGND1
4
AGND2
6
AGND3
R608
47R
0603
C604 10V
100UF YXF
0603
8
PRE_REC_R
C612
100UF
10V
WL
C607
100N
16V
0603
R639
0R0
7
8
47R
0603
+7V(A)
1
P621
10
NF
IC602C
DG412DY
SO-16
9
PRE_REC_L
C603 10V
100UF YXF
0603
11
16
0R0
GND
R604
C615
470P
50V
0603
GND
May not need in and out coupling caps
Don't think we need these output coupling caps
9
NF
R606
47K
0603
R609
47K
0603
NOTE: No clamp diodes to rail.
1K0
0603
47R 0603
R642
C637
FIXED_VOL_L
7
9
R605
P602
9
8
P640
100UF
10V
YXF
C635
100P
50V
0603
NP0
GND
1
P642
C634
100P
50V
0603
NP0
8
16
1
2
IC604A
NJM2114M
DMP-8
R601
47K
0603
COMY
2
EN
1
A0
16
A1
V-
GND
C636
R603
1K0
0603
3
1K0
0603
8
P600 3
R602
1K0
0603
+7V(A)
COMX
13
Y1
12
Y2
11
Y3
10
Y4
P623
C633
100P
50V
0603
NP0
--------------------- To Pre-out Phonos ---------------------
R600
GND
4
C600
100N
16V
0603
V+
4
X0
5
X1
6
X2
7
X3
P622
+7V(A)
C632
100P
50V
0603
NP0
To Power
Amps
via FFC
PRE_L
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
Full production. R647 added to PCB
1.0
Sheet
6
of
11
ISSUE
A2
DRAWING NO.
L998CT
R705
+12V(D)
RDS_DATA
RDS_CLK
P700
PLL_DO
PLL_CLK
PLL_DI
PLL_CE
TUN_R
TUN_GND
TUN_L
P702
P704
P706
P708
MOLEX
52045
P701
TUN_GND
C701
100N
16V
0603
R706
10K
0603
P703
P705
P707
P709
R700
68K
0603
R701
68K
0603
GND
GND
P712
C712
100P
50V
0603
R710
20K
0603
RDS_DATA
RDS_CLK
Do we need x2 gain?
GND
1
2
IC700A
NJM2114M
DMP-8
RDS_DATA
RDS_CLK
PLL_DO
P715
TUNER_L
P716
TUNER_R
PLL_DO
STEREO
TUNED
STEREO
TUNED
TUNER_L
GND
C716
100N
16V
0603
-7V(A)
R703
47K
0603
R707
R704
47K
0603
10K
0603
GND
GND
R716
10R
0603
P713
C713
100P
50V
0603
R711
20K
0603
GND
TUN_GND
R708
10K
0603
GND
PLL_CLK
PLL_DI
PLL_CE
3
P710
GND
P721
C715
100N
16V
0603
R709
20K
0603
GND
STEREO
TUNED
C700
100N
16V
0603
C711
100P
50V
0603
4
CON700
1
RDS_DATA
2
RDS_CLK
3
DGND
4
PLL_DO
5
PLL_CLK
6
PLL_DI
7
PLL_CE
8
R_OUT
9
GND
10
L_OUT
11
VCC
12
STEREO
13
TUNED
10K
0603
R702
47K
0603
FM/AM MODULE INTERFACE (Kwang Sung Module)
+7V(A)
P711
8
+3V3(STBY)
5
P714
C714
100P
50V
0603
R712
20K
0603
7
6
TUNER_R
IC700B
NJM2114M
DMP-8
PLL_CLK
PLL_DI
PLL_CE
+3V3(STBY)
I2CDAB_RES*
R717
47K
0603
I2CDAB_SDA
I2CDAB_SCLK
FM_PRES
I2CDAB_RES*
MMUN2211LT1
SOT-23
GND
+7V(SMPS)
CON704
1
2
3
4
I2CDAB_SDA
5
I2CDAB_SCLK
6
7
I2CDAB_RES*
8
9
DAB_DIGOP
10
CLIENT_PRES
11
DAB_PRES
12
13
TUN_L
TUN_GND
14
15
TUN_R
16
MOLEX
52045
GND
FM_PRES
TR700
DAB_PRES
FFC to DAB module
I2CDAB_SDA
I2CDAB_SCLK
+3V3(STBY)
R719
47K
0603
CLIENT_PRES*
CLIENT_PRES
P717
CLIENT_PRES*
TR701
MMUN2211LT1
SOT-23
P718
GND
DAB_DIGOP
C702
100N
16V
0603
C729
47P
50V
0603
NF
C730
47P
50V
0603
C731
1N0
50V
0603
C725
47P
50V
0603
C726
47P
50V
0603
C727
47P
50V
0603
P719
DAB_DIGOP
+3V3(STBY)
NF
R720
4K7
0603
GND
R718
4K7
0603
R714
4K7
0603
I2C expansion port
6
5
4
3
2
1
I2CDAB_SDA
I2CDAB_SCLK
I2CDAB_RES*
R713
4K7
0603
P720
+3V3(STBY)
GND
NF
R715
0R0
0603
NF
CON705
JST
PH
+7V(SMPS)
DRAWING TITLE
Solo Movie Main PCB - Tuner Interface
Filename:
Tuner interface.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
1.0
Sheet
7
of
11
ISSUE
A2
DRAWING NO.
L998CT
CON800
JST
PH
1
2
3
4
5
6
7
8
Display HT (brightness) Control
Note re: +40V_UNREG
Off load (such as initital unit switch on and display off)
this supply can be 60-65V (on nominal mains).
From standby TX
+40V_UNREG
GND
GND
GND
+3V3(H8)
+5V(H8)
RELAY_SW
+40V_UNREG
VFD_HT_ADJ
TR802
BC817W-40
SOT-323
P801
1K5
0603
R802
R803
5K1
0603
5K1
0603
R847
47K
0603
Display Fillament Drive
GND
P831
1K0
0603
TR800
MMBT5551
SOT-23
P832
C801
100N
16V
0603
TR801
2N5401
TO-92
R816
4K7
0603
+36V_VAR(D)
1K0
0603
P861
P857
TR804
MMUN2211LT1
SOT-23
R816 turns on +3V3(STBY) at cold boot
until uC takes over. Value changed to 4k7
from 10k to make power-up more reliable.
+5V(STBY)
In Clock Standby or On, uC is active so +3V3(STBY) is
enabled.
In Hard Standby uC is put into 'Software Standby' mode,
where uC clock stops but outputs are fixed at their last
value. +3V3(STBY) is disabled by setting HARD_STBY*
low.
P856
R849
1K0
0603
HARD_STBY*
R809 NF
2K2
0W125
0805
P855
R818
1K0
0603
P837
Gain = 17
R806
470R
0W125
0805
P854
P860
P836
R807
7K5
0805
0W125
P838
+5V(H8)
TR808
BD180
TO-126
R848
AC_PRESENT
TR800 changed to MMBT5551 for higher voltage.
P859
+3V3(STBY)
R817
R808
22R
0W125
0805
R805
0W125
10K
0805
P800
R810
P858
P835
P830
POWER_ON
+3V3(H8)
TR803
BD180
TO-126
N.B. Default power up state should be with +3V3(STBY)
enabled so there is power to drive the RS232 chip and
switching to program the H8 via cable.
TR809
MMUN2211LT1
SOT-23
HARD_STBY*
From Audio board to Video board
GND
GND
CON801
JST
PH
1
2
3
4
5
6
7
8
GND
+5V(STBY)
C828 10uF
+5V(STBY)
10V
Fan Control
1206
+3V3(SMPS)
+5V(VID)
+7V(SMPS)
GND
Parts no longer fitted as fan not required.
C826 100N
TR805
MMUN2211LT1
SOT-23
3V3 logic high enables
R804
27K
0603
R801
51K
0603
R836
82K
0603
16V
6
R800
51K
0603
P809
4
P810
3
NC
2
C827
100N
16V
0603
1
50k
40k
40k
0603
+12V(SMPS_RAW)
GND
5
P817
8
P811
P820
62 Hz square wave oscillator
& push/pull driver for VFD filament.
R838 2R2
L804
P818
50k
P819
0W25 1206
600R@100MHz
R832 2R2
L805
P821
0W25 1206
Bias
7
R831
47K
0603
P822
600R@100MHz
IC800
LM4861M
SO-8
C800
100N
16V
0603
HARD_STBY*
NF
R837
10K
0603
VFD_F1
+7V(SMPS)
NF
M800
NTF2955
SOT-223
VFD_F2
P839
1= Fans at 12V
0= Fans at ~6V
NF
TR806
MMUN2211LT1
SOT-23
FAST_SLOW*
GND
1= Fans On
0= Fans Off
JST
PH
P841
REG803
LM1117T-ADJ
TO-220 20C/W
+7V(SMPS)
HS800A
F9-4-220D
P843
+7V(SMPS)
L801
P862
C805
1uF
25V
1206
600R@100MHz
+5V(VID)
C809
100N
50V
0805
NF
R839
10K
0603
C810
100UF 105 DegC / 4000Hrs part
10V
(Due to heat from REG803)
YXF
P847
C803
1uF
25V
1206
R841
680R
0603
+7V(SMPS)
L803
P863
C804
1uF
25V
1206
600R@100MHz
GND
FS803
C817
1000UF
16V
WL
C814
10UF
50V
YK
P813
GND_+7V(A)
R813
1K0
0W125
0805
C815
10UF
50V
YK
GND_-7V(A)
P814
C808
1000UF
25V
YK
P806
T1.5A
452
SM
C812
22N
50V
0805
P825
DBR801 is barely
even warm to the
touch so not
concerned with power
derating.
R814
1K0
0W125
0805
R812
220R
0W125
0805
D803
BAS16
SOT-323
P807
P826
0R0
0805
C829
100N
50V
0805
-7V(A)
SMPS_AC_1
C830
100N
50V
0805
C825
470UF
25V
YK
C813
100N
50V
0805
R815
1K0
0W125
0805
R821
330R
0W125
0805
P808
C832
100N
50V
0805
GND_-7V(A)
GND_10V_AC
10V_AC_2
SP800
GND_-5V(VID)
NC
FS805
7
5
P852
P828
0R0
0805
VIN BOOST
EN
OUT
SYNC
NFB
C838
10N
0603
50V L800
3
1
6
47uH
1.8A
SM
P865
R819
1K0
0603
P875
C823
470UF
25V
YK
+5V(D)
For this board
Mostly around CODEC
SP803
+7V_SMPS_X P877
R822
13K
0603
D807
DFLS230LH
PowerDI 123
C841
220UF
25V
WB
C840
1uF
25V
1206
P866
R823
2K7
0603
P878
+7V(SMPS)
R842
680R
Dissipation = 75mW
0W125
0805
P867
GND_SMPS7
2
P845
P853
SMPS_SYNC*
C835
220P
50V
0603
P846
T2A
R452
SM
7
5
REG809
LM2670T-ADJ
TO-220
VIN BOOST
EN
OUT
SYNC
NFB
P868
C839
10N
0603
50V L802
3
1
P869
R820
1K0
0603
C837
1uF
25V
1206
SP804
+3V3_SMPS_X P879
15uH
3A
SM
6
R825
4K7
0603
D808
DFLS230LH
PowerDI 123
C843
220UF
25V
WB
C842
10uF
10V
1206
P870
R824
2K7
0603
P880
+3V3(SMPS)
R843
680R
Dissipation = 16mW
0W125
0805
P871
GND_SMPS3
Average current spec for part is 2A.
Current derating down from 2A need only be applied if ambient temperature >50degC
-5V(VID)
+5
For Video board
Locally reg'd to +3V3_VDAC
P864
C836
1uF
25V
1206
C833
6800UF
25V
WB
Not concerned with derating of rectifier in our case.
Manually update BoM to QTY 0.01
PART No.
DESCRIPTION
NOTES
ITEM800
ITEM
1
QTY
F252
ITEM801
1
F252
ITEM802
1
U002
Component Adhesive - Dow Corning 744 Adhesive Sealant White - RoHS OK
Use "as required quantity" under C833 to stick capacitor to PCB.
GND_-5V(VID)
GND_+7V(A)
GND_-7V(A)
P848
2
REG808
LM2670T-ADJ
TO-220
FS805 sees 1.4A rms in steady state running.
R828
P829
10V_AC_1
P834
C820
470UF
25V
YK
GND
D806 (bridge rectifier) Vf is approx 1V => P=1.4W rms (part spec is 4.7W)
D804
BAS16
SOT-323
WAGO
255
C831
100N
50V
0805
3V3 digital for the audio section
REG807
For CODEC digital side
LM1117MPX-3.3/NOPB
+3V3(D)
SOT-223
P873
+3V3
C806
1uF
25V
1206
105 DegC / 5000Hrs part
(Due to heat from REG803 mostly)
NC
C822
1000UF
10V
YK
D805
BAS16
SOT-323
R835
2K0
0W125
0805
+12V(SMPS_RAW)
GND_SMPS
SMPS_AC_2
P816
REG802
LM337T
TO-220
C849
1uF
25V
1206
C834
220P
50V
0603
GND
C816
1uF
25V
1206
C851
100UF
25V
YXF
SMPS_SYNC
P833
Connected to DGND on Video board
GND_-5V(VID)
5
4
3
2
1
D806
2KBP02
+7V(SMPS)
P851
P844
D801
BAS16
SOT-323
P874
CON802
ORANGE
Secondary 2 - Preamp
GREEN
ORANGE
BLUE
Secondary 3 - SMPS
BLUE
C848
+12V(SMPS_RAW)
1000UF
25V
YK
+5V(A)
C821
220UF
16V
YXF
REG805
LM1117MPX-5.0/NOPB
SOT-223
+12V(D)
GND
DFLS230LH
PowerDI 123
Rubber ring over this capacitor
R827
P827
R833
10R
1W
CF
C850
100N
50V
0805
Check diode type
GND
C818
1000UF
16V
WL
P815
REG801
LM337T
TO-220
Rubber ring over this capacitor
P849
R834
240R
0W125
0805
D811
P804
T1.5A
452
SM
P805
D802
BAS16
SOT-323
P842
+7V(A)
4
FS802
R811
220R
0W125
0805
P812
ADJ
10V_AC_2
P803
C811
22N
50V
0805
ADJ
10V_AC_1
REG800
LM317T
TO-220
P824
0R0
0805
P872
GND
REG810
LM1117T-ADJ
TO-220
4
C807
1000UF
25V
YK
DBR801
W02G
R826
P823
ADJ
P802
+5
For CODEC analogue side
GND
GND
D800
BAS16
SOT-323
REG804
LM1117MPX-5.0/NOPB
SOT-223
R840
220R
0603
NF
M801
DMN100
SC-59
FAN_ON
GND
D810
BAS16
SOT-323
To Fan
P840
C802
100N
16V
0603
Discharge Diode if > 1000uF?
NF
D809
DFLS230LH
PowerDI 123
NF
CON804
1
2
GND
GND_+7V(A)
1
2
8
7
SP801
3
4
6
GND
5
DRAWING TITLE
SP802
P850
GND
GND_SMPS3
GND_SMPS7
Solo Movie Main PCB - PSU
Filename:
GND_SMPS
SMPS_AC_1
SMPS_AC_2
PSU.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
Changed C810, C851 to longer life parts due to heat.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
MJT
23/01/07
Full production. Added adhesive under C833. Changed R816.
1.0
ECO No.
01223 203210 (direct)
01223 203200 (reception)
INITIALS
Printed:
DATE
2-Aug-2007
Sheet
8
of
11
ISSUE
A2
DRAWING NO.
L998CT
Note about ADC buffer feedback resistor:
47pF produces about 3dB peaking at 200kHz ish
220pF is 0.05dB peaking
270pF is peak free
R900
1K0
1
GND
P901 3
P908
0W063 0603
C905
100UF
25V
YK
C909
100N
50V
0805
R917
NP0
3K9
C912
2N7
50V
0805
0W063 0603
ADC_BUF_L-
VQ_BUF
R907
10K
0W063 0603
R901
1K0
50V
6
7
P903 5
IC902A
C941 NJM2114M
100P DMP-8
50V
0603
ADC_BUF_L+
C916
680P
50V
0603
NF
C933
100P
50V
0603
R942
15K
R927
DAC_R-
91R
0W063
0603
P918
6K8
0603
47R
0603
GND
C955
100N
16V
0603
C963
2U2
50V
YK
0603
R943
15K
0603
C917
680P
50V
0603
7
47R
0603
R918
P960
DAC_LS-
R947 15K
P934
6K8
0603
IC904A
C947 NJM2114M
100P DMP-8
50V
0603
R961
8K2
0603
DAC_OUT_R
C907
470P
50V
0603
DAC_RS+
6K8
0603
DAC_OUT_R
R988
47K
0603
R948 15K
P936
C922
680P
50V
0603
NF
C935
100P
50V
0603
0603
R949 15K
P938
6K8
0603
-7V(A)
GND
C965
2U2
50V
YK
C959
100N
16V
0603
R906 NF
10K
0603
-7V(A)
DAC_OUT_SR
C929
470P
50V
0603
5
P939
0603
C923
680P
50V
0603
GND
R976
C948
100P
50V
0603
GND
R933
DAC_RS-
5K6
0603
IC904B
C949 NJM2114M
100P DMP-8
50V
0603
R963
8K2
0603
DAC_OUT_SR
R990
47K
0603
GND
R977
P949
7
6
DAC_OUT_SL
R989
47K
0603
5K6
0603
P937
R962
8K2
0603
GND
P953
C928
470P
50V
0603
P948
-7V(A)
R932
DAC_OUT_SL
C971
33N
50V
0805
GND
1
2
NF
C964
2U2
50V
YK
C958
100N
16V
0603
3
P935
0603
C921
680P
50V
0603
+7V(A)
C946
100P
50V
0603
R960
8K2
0603
GND
R931
R909 NF
10K
0603
GND
P904
NF
C934
100P
50V
0603
P933
0603
GND
R973
P929
IC902B
C943 NJM2114M
100P DMP-8
50V
0603
R957
8K2
0603
C920
680P
50V
0603
-7V(A)
5K6
0603
6
R987
47K
0603
P952
R981
5
P919
DAC_OUT_L
R946 15K
P932
6K8
0603
R905 NF
10K
0603
C942
100P
50V
0603
R956
8K2
0603
R930
DAC_LS+
GND
R972
P917
GND
R921
C904
470P
50V
0603
5K6
0603
P928
-7V(A)
P916
6K8
0603
C970
33N
50V
0805
DAC_OUT_L
GND
1
2
C962
2U2
50V
YK
R980
NF
8
3
P915
R955
8K2
0603
0603
P909
IC900B
NJM2114M
DMP-8
0W063 0603
R926
DAC_R+
C901 270P
ADC_UNBUF_L-
15K
C954
100N
16V
0603
GND
-7V(A)
P902
R941
+7V(A)
C940
100P
50V
0603
R954
8K2
0603
0603
C915
680P
50V
0603
91R
0W063
0603
GND
IC900A
NJM2114M
DMP-8
P914
6K8
0603
R920
P913
GND
R925
DAC_L-
15K
0603
4
2
8
10K
0W063 0603
C908
100N
50V
0805
R940
P963
VQ_BUF
VQ_BUF
R904
4
ADC_UNBUF_L+
C914
680P
50V
0603
NF
C932
100P
50V
0603
0603
+7V(A)
C906
100UF
25V
YK
P912
6K8
0603
P961
50V
R924
DAC_L+
C900 270P
P962
3K9
8
R916
0W063 0603
4
P900
R910 NF
10K
0603
GND
-7V(A)
3K9
0W063 0603
C902 270P
1K0
GND
P910
IC901A
NJM2114M
DMP-8
0W063 0603
R922
91R
0W063
0603
GND
C911
100N
50V
0805
NP0
-7V(A)
P906
R919
3K9
0W063 0603
C913
2N7
50V
0805
ADC_UNBUF_R-
VQ_BUF
R911
10K
0W063 0603
R903
1K0
0W063 0603
6
P907 5
IC901B
NJM2114M
DMP-8
50V
7
6K8
0603
R958
8K2
0603
R945
15K
3
P923
0603
C919
680P
50V
0603
C956
100N
16V
0603
IC903A
C945 NJM2114M
100P DMP-8
50V
0603
R959
8K2
0603
R936
DAC_SUB+
P924
5K1
0603
91R
0W063
0603
DAC_SUB-
2Vrms into preamp chip (single ended) , 4Vrms differential out.
Above amps have gain 0.39 (-8.18dB) so that output is ADC full scale -2dB approx
ADC full scale is 1.95Vrms differntial.
Stage output will be 1.55Vrms differntial for 2Vrms single ended into preamp
2dB digital gain is then added to allow headroom to trip input for larger signals
A 2.5Vrms single ended input to the preamp will produce full scale to the ADC inputs (differential)
Check this is actually compatible with Dolby Spec (Don't think it is!)
(Reason for doing this is that Arcam CD player output is 2.3Vrms at full scale)
C972
33N
50V
0805
C930
470P
50V
0603
5K6
0603
GND
C957
100N
16V
0603
C968
2U2
50V
YK
R991
47K
0603
C974
68N
16V
0603
P954
P926
5K1
0W063
0603
R971 3K3
0W063 0603
C975
68N
16V
0603
R969
11K
0W063
0603
6
IC903B
NJM2114M
C977 DMP-8
15N
16V
0603
GND
7
3
P943
IC905A
C951 NJM2114M
100P DMP-8
50V
0603
R965
8K2
0603
47R
0603
R913 NF
10K
0603
P944
6K8
0603
C926
680P
50V
0603
NF
C939
100P
50V
0603
DAC_OUT_SUB
DAC_OUT_SUB
R953 15K
P946
6K8
0603
0603
C927
680P
50V
0603
Add 2dB cut in Sub level?
Or do in software? <-- preferred
-7V(A)
GND
R978
GND
C969
2U2
50V
YK
C961
100N
16V
0603
R914 NF
10K
0603
-7V(A)
DAC_2DMIX_R
C952
100P
50V
0603
R966
8K2
0603
R967
8K2
0603
C978
470P
50V
0603
5
P947
6
DAC_2DMIX_L
R992
47K
0603
5K6
0603
P945
0603
GND
R939
DAC_2CH_R-
R952 15K
C931
470P
50V
0603
P950
-7V(A)
R938
DAC_2DMIX_L
C973
33N
50V
0805
GND
1
2
NF
C967
2U2
50V
YK
C960
100N
16V
0603
GND
R975
P931
R951 15K
0603
C925
680P
50V
0603
-7V(A)
DAC_2CH_R+
5
P927
6K8
0603
+7V(A)
C950
100P
50V
0603
R964
8K2
0603
P942
R912 NF
10K
0603
C976
15N
16V
0603
GND
R937
P941
0603
GND
R935
DAC_2CH_L-
P925
R968
11K
0W063
0603
C924
680P
50V
0603
NF
C937
100P
50V
0603
GND
R974
47R
0603
DAC_OUT_C
R950 15K
P940
6K8
0603
P965
DAC_OUT_C
R934
DAC_2CH_L+
0W063 0603
NF
C938
100P
50V
0603
R923
NF
P930
-7V(A)
R970 3K3
C966
2U2
50V
YK
R984
GND
1
2
GND
ADC_BUF_R+
0603
P911
P922
ADC_BUF_R-
C903 270P
C944
100P
50V
0603
GND
R929
DAC_C-
+7V(A)
8
1
P905 3
P921
P966
R902
2
8
10K
0W063 0603
NF
C936
100P
50V
0603
15K
0603
4
VQ_BUF
R908
4
ADC_UNBUF_R+
C918
680P
50V
0603
R944
P955
C910
100N
50V
0805
P920
6K8
0603
P964
R928
DAC_C+
8
0603
+7V(A)
4
50V
7
GND
R979
P951
DAC_2DMIX_R
R993
47K
0603
5K6
0603
IC905B
C953 NJM2114M
100P DMP-8
50V
0603
R915 NF
10K
0603
GND
-7V(A)
SUB caps are 0603 X7R dielectric
Predicted theoretical ADC total input noise is approx 110dB SNR [see notebook 14/06/05]
Circuit loosely based on CODEC datasheet and Cirrus Logic app note on ADC buffers.
Feedback capacitor value changed to 270pF after simulations of 47pF showed peaking in Group Delay
New main filter design spec: 3rd order Bessel, -3dB @ 40kHz, dc gain = x1.205 (+1.62dB) [to give 2Vrms out of active 2-pole stage at 0dB FS]
Passive 3rd pole into 23.5k load [47k in parallel with 47k] to produce overall 2dB level cut.
3rd order filter was required due to the large quantity of near-out-of-band noise above 25kHz. [1st noise lobe 25-383kHz, peak level at 99kHz, 344uVrms noise. Noise floor at25kHz approx 1.5uVrms]
See Mark's log book notes on 10/03/06 for sketch of out of band noise as measured on fast spectrum analyser (not AP).
SUB filter design spec: 2nd order Bessel, -3dB @ 600Hz, dc gain = x2.14 (+6.62dB or 3.55Vrms) so that sub is 7dB (was 5dB) above main level (supplies not sufficient for +10dB)
Simulated results (using preferred values) including 150 ohm DAC source impedance & cap: dc gain = x2.10 (+6.42dB or 3.49Vrms), -3dBr @ 690Hz. -0.11dBr @ 150Hz
DRAWING TITLE
Solo Movie Main PCB - Filters
Filename:
Filters.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
1.0
Sheet
9
of
11
ISSUE
A2
DRAWING NO.
L998CT
P105
C100
220P
50V
0603
NP0
C101
220P
50V
0603
NP0
SAT_IN_L
SAT_IN_R
P136
ALARM_RAW
P107
C102
220P
50V
0603
NP0
C103
220P
50V
0603
NP0
C128 10V
100UF YXF
C127
C133
100UF
10V
YXF
100UF
10V
YXF
R116
R117
P137
68K
0603
10uF
10V
1206
P106
0603
R103 220R
3
C152
C126 10V
100UF YXF
220R
0603
DAC_2DMIX_R
IC100A
DG412DY
SO-16
P138
R118
6K8
0603
C157
4N7
50V
0603
GND
V+
VL
GND
GND
C153
6
2
4K7
0603
C156
10N
50V
0603
IC102
TL071CD
SO-8
P165
GND
C161
100N
16V
0603
-7V(A)
V-
10UF
50V
YK
C105
220P
50V
0603
NP0
0603
R107 220R
C107
220P
50V
0603
NP0
C108
220P
50V
0603
NP0
C109
220P
50V
0603
NP0
3
TV_SCART_SW
GND
220R
P114
P115
C110
220P
50V
0603
NP0
C111
220P
50V
0603
NP0
GND
FRONT_IN_L
Now labelled TAPE input
(Front input)
FRONT_IN_R
R112
220R
0603
TUNER_IN_R
R114
P101
C112
220P
50V
0603
NP0
C113
220P
50V
0603
NP0
220R
9
C136
C117 10V
100UF YXF
52
ROUT11
ROUT12
ROUT21
ROUT22
ROUT31
ROUT32
65
VIN1
68
VIN2
NC
NC
NC
NC
13
INDVDSR
14
INDVDSL
15
INDVDC
16
INDVDSW
NC
NC
22
IN1MIX
24
IN2MIX
P130
P131
P132
P133
P134
P135
C118 10V
100UF YXF
IN11
IN12
IN21
IN22
IN31
IN32
IN41
IN42
IN51
IN52
IN61
IN62
IN71
IN72
IN81
IN82
21
23
25
26
27
28
NC
NC
NC
NC
P141
P142
17
OUT2(+)
18
OUT2(-)
P143
P144
55
OUT1
57
OUT2
P145
P146
56
58
62
60
61
59
63
64
P147
P148
P149
P150
P151
P152
P153
P154
GOUT1
GOUT2
GOUTC
GOUTSL
GOUTSR
GOUTSW
C115
220P
50V
0603
NP0
GOUT_C
GOUT_SL
GOUT_SR
GOUT_SUB
GND
C119 10V
100UF YXF
34
VINC
39
VINSL
42
VINSR
31
VINSW
47
CLK
46
DA
48
MUTE
NF C120 10V
100UF YXF
DAC_OUT_L
DAC_OUT_R
100R
0603
R128
P186
100R
0603
C162
33N
50V
0805
X7R
P167
C174 10V
100UF YXF
X7R
YXF
C167
2N2
50V
0805
NP0
C163
33N
50V
0805
X7R
ADC_UNBUF_L-
P188
C173
470P
50V
0603
ADC_UNBUF_R+
P189
ADC_UNBUF_R-
P190
ADC_UNBUF_R-
YXF
C164
33N
50V
0805
X7R
P168
C165
33N
50V
0805
X7R
C168
100N
100V
MKS2
P175
C169
100N
100V
MKS2
C170
100N
100V
MKS2
P176
PRE_L
PRE_L
PRE_R
PRE_R
C171
100N
100V
MKS2
R135 15K
R136 15K
0603
0603
GND
YXF
YXF
C144 100UF
10V
YXF
C141 100UF
10V
YXF
C143 100UF
10V
YXF
C145 100UF
10V
P169
GOUT_L
P170
GOUT_R
P171
GOUT_C
P172
GOUT_SL
P173
GOUT_SR
P174
GOUT_SUB
<-- Must keep these GOUT coupling caps
YXF
R129
P161
P164
PRE_C
47R 0603
R130
P162
C122 10V
100UF YXF
47R 0603
R137
47R 0603
R138
P193
PRE_SL
P194
PRE_SR
P195
PRE_SUB
PRE_C
PRE_SL
PRE_SR
PRE_SUB
47R 0603
DAC_OUT_C
C124 10V
100UF YXF
ITEM100
1
F243
ITEM101
1
E827AP
Pad Damping 15x6x3MM Rubber
Place on top ferrite disc (ITEM100) which is on top of IC103
ITEM102
1
E828AP
Place on PCB near C130/C126 (on side away from phono connectors) (1 pad only)
DRAWING TITLE
DAC_OUT_SL
Solo Movie Main PCB - Preamp
DAC_OUT_SR
Filename:
C125 10V
100UF YXF
PREAMP_CLK
PREAMP_DA
PREAMP_MUTE
Preamp.sch
Notes:
Mute pin has internal 200k pull-down
R127
47K
0603
ADC_UNBUF_R+
0603
10V
P160
P163
C123 10V
100UF YXF
FIXED_VOL_R_MU
ADC_UNBUF_L-
R134 15K
C142 100UF
P159
C175 10V
100UF YXF
DAC_OUT_SUB
FIXED_VOL_L_MU
ADC_UNBUF_L+
0603
10V
P157
-7V(A)
YXF
C139 100UF
C140 100UF
P156
C159
220UF
16V
YXF
10V
P187
R133 15K
GND
C155
10N
50V
0805
100UF
ADC_UNBUF_L+
R140
P158
GND
R126
47K
0603
47R
0603
C166
2N2
50V
0805
NP0
IC103
BD3811K1
QFP-80
C137 100UF
YXF
R139
66
69
33
40
43
30
36
OUTC
37
OUTSL
38
OUTSR
35
OUTSW
GND
NF C121 10V
100UF YXF
P185
47R
0603
P155
P103
C114
220P
50V
0603
NP0
10V
100UF
10V
19
OUT1(+)
20
OUT1(-)
BBNF1
BBNF2
BNF11
BNF12
BNF21
BNF22
TNF1
TNF2
IN1DSP
IN2DSP
INDSPSR
INDSPSL
INDSPC
INDSPSW
71
72
73
74
75
76
P102
0603
R115 220R
0603
GOUT_L
GOUT_R
C116 10V
100UF YXF
GND
TUNER_IN_L
P118
P119
P120
P121
P122
P123
P124
P125
P126
P127
P128
P129
P100
0603
R113 220R
P192
IC100D
DG412DY
SO-16
R121
GND
VEE
0603
IC101A
DG412DY
SO-16
C132 10V
100UF YXF
0603
R111 220R
DG412DY
SO-16
-7V_MUTES
C158
220UF
16V
YXF
C154
10N
50V
0805
50
TV_IN_R
R110
77
78
79
80
1
2
3
4
5
6
7
8
9
10
11
12
C131 10V
100UF YXF
AGND10
AGND9
AGND8
AGND7
AGND6
AGND5
AGND4
AGND3
AGND2
AGND1
TV_IN_L
Now labelled AV input
2
IC100C
DG412DY
SO-16
14
PREOUT_MUTE*
P191
PRE_REC_R
C138
VCC
8
P113
IC101B
DG412DY
SO-16
GND
4
V-
C172
470P
50V
0603
10V
DGND
0603
PREOUT_MUTE*
6
P112
0603
R109 220R
PRE_REC_L
GND
70
67
54
53
51
49
44
41
32
29
TVSCART_IN_R
7
220R
X7R
C130 10V
100UF YXF
5
GND
GND
+7V(A)
P111
C106
220P
50V
0603
NP0
1
Now labelled AV input
R108
PRE_REC_R
P110
GND
TVSCART_IN_L
PRE_REC_L
C129 10V
100UF YXF
220R
0603
10
IC101C
DG412DY
SO-16
45
AUX_IN_R
R106
10
15
FIXED_VOL_R
P117
AUX_IN_L
11
AUX_SCART_SW
GND
5
4
+5V(SW)
12
VL
To audio out on SCARTs
11
ALARM
P140
P109
C104
220P
50V
0603
NP0
14
IC101D
DG412DY
SO-16
P116
0603
15
P139
P108
16
220R
13
V+
+5V(SW)
12
P166
FIXED_VOL_L
0603
R105 220R
13
From audio switch and mux.sch
9
AUXSCART_IN_R
R104
+7V_MUTES
IC101E
DG412DY
SO-16
-7V_MUTES
GND
AUXSCART_IN_L
IC100E
C160
100N
16V
0603
GND
DAC_2DMIX_L
2
SAT_SCART_SW
GND
R102
3
IC100B
DG412DY
SO-16
+7V_MUTES
Power for muxes is on "Audio switch and mute.sch"
16
0603
+7V(A)
6
8
0603
R101 220R
7
7
P104
4
1
5
220R
NC
NC
SATSCART_IN_R
R100
1
SATSCART_IN_L
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 203210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
1.0
Sheet
10
of
11
ISSUE
A2
DRAWING NO.
L998CT
+3V3(STBY)
C207
PATH_AD*
GND
+3V3(STBY)
PATH_B*
C204
100N
16V
0603
PATH_B*
+3V3(STBY)
4
P208
5
P210
6
11
9
P200
P211
+3V3(STBY)
PATH_C*
CMOS_232_TX
PATH_C*
2
P207
16
12
C1+
V+
C1C2+
V-
3
P206
7
P209
T1IN
T1OUT
R1OUT
R1IN
FORCEOFF*
FORCEON
READY
INVALID*
CON200
MCMURDO
SD
P219
C206
100N
16V 0603
C2-
CMOS_232_RX
R202
47K
0603
P205
C205
100N
16V 0603
13
GND
8
1
10
IC200B
74LVC125AD
SO-14
120R@100MHz
P215
L202
600R@100MHz
P217
TX
P223
5
10
R213
1K0
0603
PATH_B*
12
2
R204
47K
0603
3
Pin 9 on D-type used to detect rLead and rDock.
Short pin 9 to GND (pin 5) to indicate iPod present.
NC
NC
NC
P224
C208
47P
50V
0603
NC
C209
47P
50V
0603
C210
47P
50V
0603
R217
0R0
0W125
0805
C211
10N
50V
0603
GND
VAD_TX0
R217 added in case we need to break ground loops
R206
47K
0603
R216
47K
0603
D200
BAT54S
SOT-23
RLEAD* line status:
Lead/Dock present: Low
Lead/Dock not present: High
VAD_TX0
NF
R205
47K
0603
GND
VAD_RX0
1
13
PATH_AD*
NC
NC
NC
Path B
4
6
IC200D
74LVC125AD
SO-14
L201
1
6
2
7
3
8
4
9
5
RX
P214
+3V3(STBY)
8
11
120R@100MHz
GND
IC200C
74LVC125AD
SO-14
9
P213
P216
+3V3(STBY)
Path A
L200
P212
14
R201
47K
0603
IC202
MAX3227ECAE
SSOP-16
15
C203
100N
16V
0603
VCC
Default: Path A=ON, Path B=OFF, Path C=OFF, Path D=ON
This allows RS232 programming of H8 from cold boot
(Path D is "silent" in this situation - Vaddis is not powered.)
GND
C202
100N
16V
0603
100UF
25V
YK
R200
47K
0603
GND
PATH_AD*
To VADDIS port 0
GND
R207
VAD_RX0
IC200A
74LVC125AD
SO-14
10K
0603
P218
RLEAD*
GND
IC201A
74LVC125AD
SO-14
Path C
RX_CMOS P220
3
4
6
P202
1K0
0603
R208
47K
0603
5
IC201B
74LVC125AD
SO-14
GND
H8_VAD_COM
+3V3(STBY)
R215
47K
0603
To VADDIS port 1
VAD_H8_COM
NF
R210
47K
0603
IC201D
74LVC125AD
SO-14
Path D
12
11
13
R209
47K
0603
PATH_AD*
GND
R212
P204
VAD_H8_SW
1K0
0603
10
To H8 port 2 (comms)
R214
GND
P203
H8_VAD_SW
P222
1K0
0603
PATH_C*
GND
R211
2
1
R203
47K
0603
To H8 RS232 port 1
RX_CMOS
TX_CMOS
P201
TX_CMOS
P221
8
9
IC201C
74LVC125AD
SO-14
PATH A (power-up default):
Between H8 port 1 and RS232 connector - Allows cold boot
programming of H8 and normal operation RS232 control of Solo5.1
+3V3(STBY)
IC200E
VCC
GND
IC201E
14
7
74LVC125AD
GND
SO-14
+3V3(STBY)
C200
100N
16V
0603
VCC
GND
14
7
C201
100N
16V
0603
PATH B:
Between Vaddis port 0 and RS232 connector - Allows RS232
programming of Vaddis and software debug mode.
PATH C:
Between Vaddis port 1 and H8 port 1 - Allows Vaddis to program H8 in
H8 User Program mode (e.g. from update CD)
PATH D (power-up default):
Between Vaddis port 1 and H8 port 2 - Allows normal operational
communication between Vaddis and H8.
74LVC125AD
GND
SO-14
DRAWING TITLE
Solo Movie Main PCB - RS232
Filename:
RS232.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
07_E129
AJD
25/06/07
None to this sheet.
3.0
07_E084
MJT
11/06/07
None to this sheet.
2.2
07_E045
MJT
07/03/07
None to this sheet.
2.1
07_E014
MJT
01/02/07
2.0
06_E194
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
ECO No.
01223 230210 (direct)
01223 203200 (reception)
MJT
INITIALS
Printed:
23/01/07
DATE
2-Aug-2007
Full production. R217 added to PCB
1.0
Sheet
11
of
11
ISSUE
A2
DRAWING NO.
L998CT
TOOL100
TOOL102
TOOL101
TOOL103
FD100
FD101
C112
NF
AGND
Solo 2.1 only
LS104
10N
100V
0805
FIX100
N/F
CON100
LT GREY
LT GREY
BLACK
GREEN
GREEN
5
4
3
2
1
White
White
Black
Green
Green
SECLV_A
SECLV_B
SEC_CT
SECHV_A
SECHV_B
WAGO
256
PLD
PosLiftDrive
PA_SL
PA_SL.sch
PLD
PosLiftDrive
NLD
NegLiftDrive
P116
UNMUTE_REAR
NLD
NegLiftDrive
RearLeftIn
P117
RearLeftOut
G P PRECISION
C102
IN_SL
IN_GND_SL
10N
100V
0805
Chassis_GND_1
R103
0R0
0W25
MF
N/F
SPKR_L
UNMUTE_L
UNMUTE_FRONT
FrontLeftIn
HSNET
C101
100N
100V
1206
FIX111
1
Chassis_GND_1
Dia 3.5mm
LS101
TempSensor&Shifters
TempSensor&Shifters.sch
UNMUTE_FRONT
UNMUTE_FRONT
UNMUTE_REAR
UNMUTE_BACK
HS_TEMP
UNMUTE_F
UNMUTE_B
UNMUTE_FRONT
HS_TEMP
CentreOut
C105
UNMUTE_C
CentreIn
10N
100V
0805
Chassis_GND_1
IN_C
IN_GND_C
AGND
UNMUTE_F
UNMUTE_B
PA_R
PA_R.sch
PLD
PosLiftDrive
NLD
NegLiftDrive
SPKR_R
HS_TEMP
CON103
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
UNMUTE_F
UNMUTE_B
+3V3(STBY)
RearRightIn
FrontRightIn
UNMUTE_REAR
CentreIn
UNMUTE_SR
RearRightIn
IN_SR
IN_GND_SR
FrontLeftIn
RearLeftIn
AGND
NF
C116 100N
100V 1206
N/F
SPKR_GND_R
C106
10N
100V
0805
Chassis_GND_1
N/F
LS102
G P PRECISION
R104
0R0
0W25
MF
Chassis_GND_1
RearRightOut
C110
10N
100V
0805
C117
100N
N/F
Chassis_GND_1
AGND
R101
AGND
0R0
0W25
1206
AGND_PLANE P103
AGND_PLANE
C107
100N 100V
Manual BOM edit to 0.01
ITEM119
U006
1
Threadlock Low Strength - RoHS OK
Apply to 7-off ITEM105 to lock screw thread into heatsink clip.
ITEM118
U004
1
Thermally Conductive Adhesive - For SMT heatsinks - RoHS OK
To bond heatsinks (ITEM113-1, ITEM113-2) to top of D210 & D212.
ITEM114
F294
5
Fit half way down C400, C500, C600, C700, C800.
ITEM115
F291
2
Fit half way down 222, C223.
ITEM116
E828AP
7
ITEM113
F300
2
IC HSK SMD 6x8MM 71C/W
ITEM107
U003
1
COMPONENT LEAD SLEVE
ITEM102
U002
1
COMPONENT ADHESIVE
ITEM100
L103PB
1
Blank PCB Solo 5.1 Power Amps
ITEM101
HJ3A00F
3
M3 HEX NUT NYLOC
ITEM103
HF4V09B
3
SCREW TORX NO.4 X 9MM + WASHER BLK
ITEM104
F271
7
HEATSINK CLIP UNIVERSAL TRANSISTOR RETAINING SPRING
ITEM105
HA4V12S
7
SCREW M4X12MM STAINLESS STEEL
ITEM106
E920HK
1
HEATSINK SOLO 5.1
R100
0R0
0W25
1206
SPKR_GND_SR
100V
1206
N/F
1206
MOLEX
52806
Solo 2.1 only
C113 100N
100V 1206
FrontRightOut
IN_R
IN_GND_R
PA_SR
PA_SR.sch
PLD
PosLiftDrive
NLD
NegLiftDrive
SPKR_SR
SPKR_GND_C
LS103
N/F
C111100N
100V1206
FrontRightOut
AGND
FLEX_DGND
C114100N N/F
100V1206
N/F
UNMUTE_R
FrontRightIn
1
Dia 3.5mm
C109
100N
100V
1206
C104
10N
100V
0805
PA_C
PA_C.sch
PLD
PosLiftDrive
NLD
NegLiftDrive
SPKR_C
FIX110
P101
1
Dia 3.5mm
N/F
AGND
To heatsink
SPKR_GND_L
FrontLeftOut
IN_L
IN_GND_L
Dia 3.5mm
To heatsink
Chassis_GND_1
N/F
FrontLeftOut
Chassis_GND_1
To chassis
FIX103
SPKR_GND_SL
PA_L
PA_L.sch
PLD
PosLiftDrive
NLD
NegLiftDrive
-36V
C100
100N
100V
1206
C108
100N
100V
1206
RearLeftOut
AGND
-36V
CGND
SPKR_SL
UNMUTE_SL
LS100
1
Dia 3.5mm
N/F
PSU&Lifter
PSU&Lifter.sch
FIX109
P102
1
DGND
N.B. not really "DGND" as such, but a convenient
pad on the star ground connection
Side of L402, L502, L602, L702, L802. Top of C201/202 and C228/C229.
See assembly drawing for placement information.
Fit on top of D210, D211 using ITEM118
2oz copper, all layers
Fischer Electronik / THFMG1 (M4 Thread)
RS / 528-823
ITEM108
HA3V12A
3
M SCREW TORX M3X12MM ST ZP
ITEM109
E051MC
1
Insulator Long Solo 5.1 amp
BERGQUIST/ HIGH FLOW 300P 1mil ADHESIVE
ITEM110
E050MC
1
Insulator Short Solo 5.1 amp
BERGQUIST/ HIGH FLOW 300P 1mil ADHESIVE
ITEM111
E052MC
2
HEAT SHUNT SOLO 5.1
ITEM112
U012
1
HEAT TRANSFER COMPOUND
DRAWING TITLE
Power Amps Top Level
Filename:
L103CT_6.0 Top Level.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Contact Engineer:
Andrew Dutton
Contact Tel:
RS 301 - 2826
07_E079
AJD
23/05/07
Amp input isolation and lifter stability mods
07_E057
SWB
27/03/07
None to this sheet
6.0
5.4
07_E039
MJT
28/02/07
Update rubber pads on output inductors to small size for tuning.
5.3
07_E008
AJD
18/01/07
Add extra thermal sensor
5.0
07_E003
AJD
9/01/07
Updated Power amp Chip holes sizes
4.0
06_E201
AJD
9/12/06
ECO No.
INITIALS
DATE
(01223) 203240
Printed:
16-Jul-2007
Heat sink diodes
Add extra lifers and heat sensor
3.0
Sheet
1
of
8
ISSUE
A2
DRAWING NO.
L103CT
HS200A
P203
RECTIFIERS
HEATSINK
FIX105
R102
1
1
R210
22K
0W25
1206
(if MUTE PCB is necessary)
Twisted pair, AC & GND to MUTE PCB
R211
22K
0W25
1206
D203
MBRF40250TG
10,000UF
63V
HE
C216
100N
200V
1206
C222
C217
100N
200V
1206
MBRF40250TG
MBRF40250TG
D202
C223
R201
22K
0W25
1206
SPP80P06
P213
SP200
C218
100N
100V
1206
SECLV_B
D208
DFLR1200
PowerDI 123
C219
100N
100V
1206
C221
100N
100V
1206
C201
35V
RM
6800UF
C220
100N
100V
1206
1
4
SPKR_GND_C
LGND
12
5
SPKR_GND_R
CGND
11
6
SPKR_GND_SR
CGND
10
7
SNUB_GND
DGND
22P
50V
0603
P202
TR208
BC846BW
C224
NF 100P
100V
0805
P204
C226
R218
22K
0W063
0603
R220
22K
0W063
0603
47P
50V
0603
PLD
PosLiftDrive
R222
100K
0W063
0603
P205
CGND
P219
R215
22K
0W25
1206
+20V
C228
6800UF
35V
RM
D210
PDS1040L
PowerDI 5 +VLIFT
DZ203
BZX384B
5V1 2%
SOD-323
P215
C204
22UF
63V
WB
M201
NLD
C227
R219
TR210
BC856BW
SOT-323
P209
M203
NTP75N06G TR209
BC817W-40
TO-220 SOT-323
R206
NegLiftDrive
R221
22K
0603
0W063
P210
22K
0W063
0603
NF
C225 100V
100P 0805
NF
CGND
R223
100K
0603
0W063
P208
R217
510R
0603
0W063
P206
R224
10K
0W25
1206
FQA170N06
TO-3P
6800UF
TO-220
M202
C205
DEC_GND
SEC_CT
35V
RM
P201
TR206
BC807W-40
SOT-323
R214
22K
0W25
1206
CGND
C202
P200
R216
510R
0W063
0603
SPKR_GND_SL
+36V
DBR201
GBU8D
10R
FS201
-36V_F
0.25A
(_F = fused)
3216FF
-36V
SECLV_A
10K
0W063
0603
0W063 0603
C200
47UF
160V
PS
SPKR_GND_L
CGND
10,000UF
63V
HE
22UF
63V
WB
R204
DZ202
BZX384B
5V1 2%
SOD-323
CGND
SECHV_A
R212
SOT-323
R200
22K
0W25
1206
SEC_CT
D201
C203
M200
3216FF (_F = fused)
CGND
C211
100N
200V
1206
FQA47P06
TO-3P
HARWIN
M20-973
FS200
+36V_F
0.25A
P218
3
MBRF40250TG
SECHV_B
+36V
D200
TR207
BC846BW
SOT-323
NF
CON200
2
N/F
1
SECHV_B
These resistors are not electrically
connected to anything. They act as
spacers for the rectifier heatsink
C210
100N
200V
1206
P212
P214
8
R207
22K
0W25
1206
P211
Dia 3.2mm
2
R205
22K
0W25
1206
+36V
1
9
R203
22K
0W25
1206
CGND
51R
0W25
1206
Dia 3.2mm
Spacers for mute board (if fitted)
N/F
N/F
R202
22K
0W25
1206
FIX104
47P
50V
0603
C206
22P
50V
0603
10R
P207
0603
0W063
C229
6800UF
35V
RM
D209
DFLR1200
PowerDI 123
R225
10K
0W25
1206
-20V
P216
D211
PDS1040L
PowerDI 5
BC856BW
SOT-323
TR211
P217
R213
10K
0W063
0603
-36V
-VLIFT
-36V
-36V
-36V
Components in box not fitted
for 2 channel class B no-lifter version
DRAWING TITLE
PSU & Class G Lifters
Filename:
PSU&Lifter.sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
Change C210,211,216,217 From 100V to 200V rating
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
07_E003
AJD
9/01/07
4.0
AJD
9/12/06
INITIALS
DATE
Heat sink diodes
06_E201
ECO No.
Contact Engineer:
Andrew Dutton
Contact Tel:
(01223) 203240
Printed:
16-Jul-2007
3.0
Sheet
2
of
8
ISSUE
A3
DRAWING NO.
L103CT
+36V
+3V3(STBY)
P302
2
0603
1
2
P300
P304
IC301
LM62
SOT-23
Vout2
2
15K 0W063
0603
+Vs
GND
R304
TR300A
DCX144EU
SOT-363
UNMUTE_F
R303
10K
0603
Vout
C306
100N
100V
1206
DZ300
BZX384B
5V1 2%
SOD-323
CGND
CON300
HARWIN
N/F M20-973
R305
100K
P307
UNMUTE_FRONT
0W063
0603
Links to unmute for
test purposes
C302
1uF
25V
1206
These lines go to the mute pins (10)
via a 10k resistor for each TDA7293
P301
FLEX_DGND
DGND
DGND
FLEX_DGND
+5V_LOCAL
D301
BAV70
SOT-23
+3V3(STBY)
P311
IC302
LM62
SOT-23
1
P310
R315
R316
C308
100N
16V
0603
0W063 0603
100K
FLEX_DGND
10K
Vout3
0W063
0603
TR301B
P303
2
+Vs
GND
FLEX_DGND
C305
100N
16V
0603
0W063 0603
100K
FLEX_DGND
+5V_LOCAL
C304
10uF
10V
1206
TR300B
DCX144EU
SOT-363
+3V3(STBY)
Vout
3
R309
330K
0W063
0603
C301
100N
100V
1206
3
R308
R311
3K3
0W25
1206
Vout
FLEX_DGND
P306
C307
100N
16V
0603
+Vs
GND
Vout
1
C300
100N
16V
0603
0W063
0603
100K
D300
FLEX_DGND
BAV70
SOT-23
0W063
R300 470R
3
R307
HS_TEMP
IC300
LM62
SOT-23
1
P305
P309
R301
3K3
0W25
1206
C309
100N
16V
0603
DCX144EU
SOT-363
TR301A
DCX144EU
SOT-363
UNMUTE_B
1
2
CON301
N/F
HARWIN
M20-973
R306 100K
P308
UNMUTE_BACK
0W063
0603
R310
10K
0603
C303
1uF
25V
1206
R302
FLEX_DGND
FLEX_DGND
DRAWING TITLE
51R
0W25
1206
DGND
TempSensor & Level Shifters
Filename:
TempSensor&Shifters.sch
Notes:
A & R Cambridge
JR
Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
DGND
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
07_E003
AJD
9/01/07
4.0
AJD
9/12/06
INITIALS
DATE
Heat sink diodes
06_E201
ECO No.
Contact Engineer:
Andrew Dutton
Contact Tel:
(01223) 203240
Printed:
16-Jul-2007
3.0
Sheet
3
of
8
ISSUE
A3
DRAWING NO.
L103CT
+36V_F
+VLIFT
R400
FS400
3.0A
3216FF
1206
0R0
0W25
1206
D400 BAV99W SOT-323
DEC_GND
C402 100N
100V 1206
C401 100N
100V 1206
10
0W063 0603
9
IN+
SGND
MUTE
STBY
11
13
+PwrVs
IN-
OUT
TDA7293VBootLoader
NegLiftDrive
R413 4R7 1W CF
14
SPKR_L
C403
100N
100V
UNMUTE_L
C408
330UF
25V
YXF
C404
100N
100V
1206
R403
2R2
1206
P401
C405
R412 L402 RV 1U0 10A
possibility exists of
4R7
1W
removing L & replacing
CF
4R7 with 0R1 WW
12
Multiwatt15_V
6
BootStrap
5B7293
5
ClipDet
R409
10K
0W063
0603 SPKR_GND_C
+5V_LOCAL
SNUB_GND
2R2 1206
-PwrVs
4
R406 10K
R402
0W25
IC400
15
C406
470P
0603
50V
3
BufDriv
7
0W063
1
IN_GND_L
2
-Vs
Input ground via
flexfoil from pre-amp PCB
R407
470K
0W063
0603
0W25 1206
8
IN_L
Keep this
loop small
D401
BAV23S
SOT-23
R411 36K
+Vs
R404
1K0 0603
0W063
R405 1K0 0603
P400
StbyGnd
C400
220UF
10V
WB
PosLiftDrive
0W25
1206
SPKR_GND_L
DEC_GND
R401 FS401
3.0A
0R0 3216FF
0W25 1206
1206
100N
100V
1206
SNUB_GND
-36V_F -VLIFT
DRAWING TITLE
Power Amp Left
Filename:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
PA_L.sch
Notes:
The net SPKR_GND_C on pin 1 of TDA7293 is a reference
to a convenient point on the starground where all
the StbyGnd pins are grounded.
Contact Engineer:
Andrew Dutton
Contact Tel:
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
07_E003
AJD
9/01/07
4.0
06_E201
AJD
9/12/06
3.0
ECO No.
INITIALS
DATE
Heat sink diodes
(01223) 203240
Printed:
16-Jul-2007
Sheet
4
of
8
A4
ISSUE
DRAWING NO.
L103CT
+36V_F
+VLIFT
R500
4
R506 10K 0603
10
9
IN_GND_C
13
+PwrVs
OUT
TDA7293VBootLoader
SGND
5B7293
MUTE
STBY
1
R509
10K
+5V_LOCAL 0W063
0603 SPKR_GND_C
Input ground via
R502
0W25
2R2 1206
SNUB_GND
NegLiftDrive
UNMUTE_C
R513 4R7 1W CF
IC500
BootStrap
-PwrVs
C506
470P
0603
50V
IN+
15
3
IN-
BufDriv
0W063
-Vs
R507
470K
0W063
0603
11
0W25 1206
7
Keep this
loop small
D501
BAV23S
SOT-23
R505 1K0 06030W063
R511 36K
8
IN_C
P500
2
0603
PosLiftDrive
C502 100N
100V 1206
+Vs
R504 1K0
C501 100N
100V 1206
StbyGnd
C500
220UF
10V
WB
0R0
0W25
1206
DEC_GND
D500 BAV99W SOT-323
FS500
3.0A
3216FF
1206
ClipDet
14
SPKR_C
12
6
C508
5
330UF
25V
YXF
Multiwatt15_V
C505 1206
P501
R503
0W25
2R2 1206
100N
100V
4R7 with 0R1 WW
SNUB_GND
SPKR_GND_C
DEC_GND
C504
100N
100V
1206
C503
100N
100V
1206
R512L502
10A
RV 1U0
4R7
1W
CF
R501 FS501
3.0A
0R0 3216FF
0W25 1206
1206
-36V_F -VLIFT
DRAWING TITLE
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
Notes:
07_E003
06_E201
ECO No.
AJD
9/01/07
4.0
AJD
9/12/06
3.0
INITIALS
DATE
Heat sink diodes
Contact Engineer:
Printed:
Power Amp Centre
Filename:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
PA_C.sch
Andrew Dutton
Contact Tel:
(01223) 203240
16-Jul-2007
Sheet
5
of
8
A4
ISSUE
DRAWING NO.
L103CT
+36V_F
+VLIFT
R600
D600 BAV99W SOT-323
FS600
3.0A
3216FF
1206
0R0
0W25
1206
DEC_GND
C602 100N
100V 1206
C601 100N
100V 1206
R605 1K0 0603
10
9
IN_GND_R
STBY
13
BufDriv
BootStrap
8
1
+5V_LOCAL
MUTE
OUT
TDA7293VBootLoader
SGND
R609
10K
0603 SPKR_GND_C
UNMUTE_R
-PwrVs
R606 10K 0603
IN+
15
4
IN-
-Vs
3
IN_R
Input ground via
R602
0W25
2R2 1206
SNUB_GND
NegLiftDrive
R613 4R7 1W CF
IC600
+PwrVs
7
2
C606
470P
0603
50V
11
0W25 1206
0603
R607
470K
0W063
0603
D601
BAV23S
SOT-23
R611 36K
Keep this
loop small
+Vs
R604 1K0
P600
StbyGnd
C600
220UF
10V
WB
PosLiftDrive
ClipDet
14
SPKR_R
12
R612
6
C608
5
330UF
25V
YXF
Multiwatt15_V
5B7293
R603
C605 1206
0W25
P601
100N 100V
2R2 1206
C603
100N
100V
1206
L602 RV 1U0 10A
4R7
1W
CF
4R7 with 0R1 WW
SNUB_GND
SPKR_GND_R
DEC_GND
C604
100N
100V
1206
R601 FS601
3.0A
0R0
3216FF
0W25 1206
1206
-36V_F -VLIFT
DRAWING TITLE
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
Notes:
07_E003
06_E201
ECO No.
AJD
9/01/07
4.0
AJD
9/12/06
3.0
INITIALS
DATE
Heat sink diodes
Contact Engineer:
Printed:
Power Amp Right
Filename:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
PA_R.sch
Andrew Dutton
Contact Tel:
(01223) 203240
16-Jul-2007
Sheet
6
of
8
A4
ISSUE
DRAWING NO.
L103CT
+36V_F
+VLIFT
R700
D700 BAV99W SOT-323
FS700
3.0A
3216FF
1206
0R0
0W25
1206
DEC_GND
2R2 1206
4
SGND
10
MUTE
9
IN_GND_SL
Input ground via
+5V_LOCAL
STBY
R709
10K
0603
UNMUTE_SL
11
13
OUT
TDA7293VBootLoader
StbyGnd
R706 10K 0603
+PwrVs
IN+
1
C706
470P
0603
50V
BootStrap
SPKR_GND_C
ClipDet
C704
100N
100V
1206
14
R712
12
6
C708
5
330UF
C703
25V
100N
YXF
100V
1206
C705 100N 100V
1206
R703
0W25
P701 2R2 1206
P703
DEC_GND
NegLiftDrive
R713
IC700
-PwrVs
3
IN_SL
15
IN-
BufDriv
2
+Vs
7
0W25 1206
-Vs
Keep this
loop small
P702
SNUB_GND
5B7293
Multiwatt15_V
R711 36K
8
R705 1K0 0603
R704
1K0 0603
R707
470K
0W063
0603
D701
BAV23S
SOT-23
1206
C702 100N
R702
100V P700 0W25
C701 100N
100V 1206
C700
220UF
10V
WB
PosLiftDrive
4R7 1W removing L & replacing
CF
4R7 with 0R1 WW
SPKR_SL
L702
RV 1U0 10A
4R7
1W
CF
SNUB_GND
SPKR_GND_SL
R701 FS701
3.0A
0R0 3216FF
0W25 1206
1206
-36V_F -VLIFT
DRAWING TITLE
Power Amp Surround Left
Filename:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
PA_SL.sch
Notes:
Contact Engineer:
Andrew Dutton
Contact Tel:
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
07_E003
AJD
9/01/07
4.0
06_E201
AJD
9/12/06
3.0
ECO No.
INITIALS
DATE
Heat sink diodes
(01223) 203240
Printed:
16-Jul-2007
Sheet
7
of
8
A4
ISSUE
DRAWING NO.
L103CT
+36V_F
+VLIFT
R800
D800 BAV99W SOT-323
FS800
3.0A
3216FF
1206
0R0
0W25
1206
DEC_GND
C802 100N
1206
100V
C801 100N
100V 1206
P800
R807
470K
0W063
0603
C806
470P
0603
50V
4
R806 10K 0603
10
9
SGND
MUTE
STBY
Input ground via
+5V_LOCAL
11
13
+PwrVs
OUT
TDA7293VBootLoader
1
IN_GND_SR
IN+
BootStrap
R809
10K
0603 SPKR_GND_C
UNMUTE_SR
D801
BAV23S
SOT-23
R802
0W25
SNUB_GND
2R2
1206
NegLiftDrive
R813 4R7 1W CF
IC800
-PwrVs
IN_SR
IN-
15
3
StbyGnd
2
0603
+Vs
7
0W25 1206
BufDriv
Keep this
loop small
5B7293
Multiwatt15_V
R811 36K
-Vs
R805 1K0 0603
8
C800
220UF
10V
WB
R804 1K0
PosLiftDrive
ClipDet
14
SPKR_SR
12
R812
6
C808
5
330UF
25V
YXF
C805
100V R803
P801 0W25
2R2 1206
100N 1206
C803
100N
100V
1206
4R7
1W
CF
RV 1U0 10A
L802
4R7 with 0R1 WW
SNUB_GND
SPKR_GND_SR
DEC_GND
C804
100N
100V
1206
R801 FS801
3.0A
0R0
3216FF
0W25 1206
1206
-36V_F -VLIFT
DRAWING TITLE
Power Amp Surround Right
Filename:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
PA_SR.sch
Notes: The net SPKR_GND_C on pin 1 of TDA7293 is a
reference to a convenient point on the starground
where all the StbyGnd pins are grounded.
Contact Engineer:
Andrew Dutton
Contact Tel:
07_E079
AJD
23/05/07
6.0
07_E057
SWB
27/03/07
None to this sheet
5.4
07_E039
MJT
28/02/07
None to this sheet
5.3
07_E008
AJD
18/01/07
5.0
07_E003
AJD
9/01/07
4.0
06_E201
AJD
9/12/06
3.0
ECO No.
INITIALS
DATE
Heat sink diodes
(01223) 203240
Printed:
16-Jul-2007
Sheet
8
of
8
A4
ISSUE
DRAWING NO.
L103CT
Probably need to optimise this
3_Video switching
3_Video switching.Sch
CON1
0/6/12_IN1
CVBS_OUT_SCART2
CVBS_IN1_SCART
CVBS_IN1_SCART
CVBS_IN2_SCART
0/6/12_OUT
GREEN/Y_IN1
RGB_STAT_OUT
BLUE/U_IN1
FIXED_VOL_L_MU
0/6/12_OUT
SATSCART_IN_L
RGB_STAT_OUT
TVSCART_IN_R
BLUE/U_IN1
RED/V_IN1
TVSCART_IN_L
RED/V_IN1
GREEN/Y_IN2
AUXSCART_IN_R
GREEN/Y_IN2
BLUE/U_IN2
AUXSCART_IN_L
BLUE/U_IN2
RED/V_IN2
CVBS_OUT_SCART1
RED/V_IN2
GREEN/Y_OUT
CVBS_OUT_SCART2
GREEN/Y_OUT
BLUE/U_OUT
0/6/12_OUT
BLUE/U_OUT
RED/V_OUT
RGB_STAT_OUT
RED/V_OUT
CVBS_OUT_1
RGB_STAT_IN2
CVBS_OUT_1
0/6/12_IN2
RGB_STAT_IN2
RGB_STAT_IN2
N/C
Spare
N/C
0/6/12_IN2
0/6/12_IN2
MOLEX
52806
CVBS_OUT_SCART2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
SATSCART_IN_R
CVBS_IN2_SCART
GREEN/Y_IN1
FIXED_VOL_R_MU
OR
Con601 on Scart Version
MOLEX
52806
Gnd
VADDIS_CVBS
VADDIS_GREEN/Y
VADDIS_BLUE/U
VADDIS_RED/V
Audio_Gnd
VADDIS_CVBS
VADDIS_GREEN/Y
VADDIS_BLUE/U
VADDIS_RED/V
CVBS_SEL0
CVBS_SEL1
COMP_SEL0
COMP_SEL1
LVDS Translator
CVBS_SEL0
CVBS_SEL1
COMP_SEL0
COMP_SEL1
ENABLE_AV
SCART_SEL0
SCART_SEL1
RGB_STAT_DISABLE
16
ENABLE_AV
SCART_SEL0
SCART_SEL1
RGB_STAT_DISABLE
+3V3D
+3V3D
4_HDMI switching
4_HDMI switching.Sch
TMDS_D2+
TMDS_D2TMDS_D1+
TMDS_D1TMDS_D0+
TMDS_D0TMDS_CK+
TMDS_CKCEC_VADDIS
DDC_SCL_VADDIS
DDC_SDA_VADDIS
HDMI_SEL0
HDMI_SEL1
HDMI_DET_VADDIS
10
TMDS_D2+
TMDS_D2TMDS_D1+
TMDS_D1TMDS_D0+
TMDS_D0TMDS_CK+
TMDS_CKCEC_VADDIS
DDC_SCL_VADDIS
DDC_SDA_VADDIS
HDMI_SEL0
HDMI_SEL1
HDMI_DET_VADDIS
11
CLK27M_VADDIS+
100R
0603
RMCK+
R2
N/C
N/C
DIN2
6
DOUT2+
5
DOUT2-
N/C
N/C
2
RIN1+
1
RIN1-
ROUT1
3
RIN2+
4
RIN2-
ROUT2
100R
0603
RMCK-
10N
50V
0603
GND
IC1
7
DOUT1+
8
DOUT1-
R1
CLK27M_VADDIS-
C7
DIN1
EN
RF
RFA
RFB
RFC
RFD
RFE
RFF
ADC_H
SPDL_SENSESPDL_SENSE+
CD_MD
DVD_MD
CD_LD
DVD_LD
VC
CD*_DVD
TRACK_S
SLED_S
SPINDLE_S
FOCUS_S
OPEN
CLOSE
IN_SW
OUT_SW
HOME_SW
DRVSB*
Not connected Phono Version
9
RF
RFA
RFB
RFC
RFD
RFE
RFF
ADC_H
SPDL_SENSESPDL_SENSE+
CD_MD
DVD_MD
CD_LD
DVD_LD
VC
CD*_DVD
TRACK_S
SLED_S
SPINDLE_S
FOCUS_S
OPEN
CLOSE
IN_SW
OUT_SW
HOME_SW
DRVSB*
Flexi Cable to :-
Gnd
2_Vaddis 8
2_Vaddis 8.Sch
1_Front End
1_Front End.Sch
TO AV CONNECTOR PCB
12
Con600 on Scart Version
0/6/12_IN1
CVBS_OUT_SCART1
VCC
OR
CVBS_OUT_SCART1
15
CLK27M_VADDIS
14
RMCK
GND
Con500 on Phono Version
CON2
RGB_STAT_IN1
13
Flexi Cable to :-
RGB_STAT_IN1
EN
TO AV CONNECTOR PCB
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
SN65LVDS049
TSSOP-16
GND
CON3
MCLK_VADDIS
CLK27M_VADDIS
ABCLK
ALRCLK
PCM0
PCM1
PCM2
PCM3
SPDIFOUT
SPDIF_IN
PCM_IN
SERIAL_TX0
SERIAL_RX0
SERIAL_TX1
SERIAL_RX1
H8_VAD_COM
RMCK
from LVDS
CLK27M_VADDIS
RX_SCLK
RX_LRCLK
DAC_PCM0
DAC_PCM1
DAC_PCM2
DAC_PCM3
VAD_DIGOP
SPDIF_SW
ADC_PCM
VAD_TX0
VAD_RX0
VAD_H8_COM
H8_VAD_COM
30
29
VAD_H8_COM
28
27
VAD_RX0
26
25
VAD_TX0
24
23
ADC_PCM
22
21
SPDIF_SW
20
19
VAD_DIGOP
18
17
DAC_PCM3
16
15
DAC_PCM2
14
13
DAC_PCM1
12
11
DAC_PCM0
10
9
RX_LRCLK
8
7
RX_SCLK
6
5
RMCK4
RMCK+
3
to LVDS
CLK27M_VADDIS+ 2
CLK27M_VADDIS- 1
AUDIO BOARD
Flexi to Con2
CON4
+12V_DIG_IN
-5V_DIG_IN
N.B. Cable reverses pinout.
CODEC_INT
I2C_SDA
I2C_SCLK
I2C_RES*
H8_USER_PROG
VADDIS_PROG
N/C
AUXSCART_IN_L
AUXSCART_IN_R
TVSCART_IN_L
TVSCART_IN_R
SATSCART_IN_L
SATSCART_IN_R
MOLEX
52806
Gnd
FIXED_VOL_L_MU
FIXED_VOL_R_MU
FD1
FD2
FD3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
FD4
FD6
FD7
SDA
SCL
FD8
Bottom fiducials
I2C_RES
FD9
H8_USER_PROG
Vaddis_Prog
CODEC_INT
FD10
Vaddis Chip Fiducials
I2C_SDA
I2C_SCLK
I2C_RES*
TOOL2
TOOL3
TOOL4
7_Power
7_Power.Sch
Gnd
To Con4
+12VD
H8_USER_PROG
VADDIS_PROG
CODEC_INT
Gnd
TOOL1
N.B. Cable is not 1:1 but reverses pinout.
MOLEX
52806
Top fiducials
FD5
Flexi to Con1
AUDIO BOARD
L1
C5
C6
C1
C3
100N
16V
0603
100UF
25V
YK
100N
16V
0603
100UF
25V
YK
Gnd
Gnd
Gnd
Gnd
Gnd
Audio_Gnd
+12V_DIG_IN
70R@100MHz
Tooling Holes
C2
100N
16V
0603
-5V_VID
C4
100UF
25V
YK
ITEM99
1
L104PB
ITEM98
1
F243
DRAWING TITLE
L2
-5V_DIG_IN
70R@100MHz
Blank PCB Solo5.1 Video Board
Solo5.1 Video - Top level
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
0_Top level.Sch
Notes:
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
06_E185
MJT
12/01/07
None to this sheet. Added pull-up/downs to control lines on
sheet 4 to stop power up video break through. Component vid level.
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
PJC
14/09/06
Release for Main Production
1.0
ECO No.
INITIALS
DATE
Direct: 01223 203210
Switch: 01223 203200
Printed:
19-Jan-2007
Sheet
1
of
6
2.0
ISSUE
A2
DRAWING NO.
L104CT
+1V8D
OUT_SW
EXP5
EXP6
Gnd
MEMADD15
MEMADD16
MEMADD14
MEMADD13
MEMADD12
MEMDAT15
MEMADD11
MEMDAT7
MEMDAT12
MEMWR*
MEMDAT4
MEMDAT11
MEMDAT3
MEMADD19
MEMDAT10
MEMADD18
MEMDAT2
MEMADD17
MEMDAT9
MEMADD7
MEMDAT1
MEMADD6
MEMDAT8
MEMADD5
IC203A
16
WE*
17
CAS*
18
RAS*
19
CS*
P230
P231
RAMBA0
RAMBA1
20
BA0
21
BA1
P232
P233
P234
P235
P236
P237
P238
P239
P240
P241
P242
P243
RAMADD11
RAMADD10
RAMADD9
RAMADD8
RAMADD7
RAMADD6
RAMADD5
RAMADD4
RAMADD3
RAMADD2
RAMADD1
RAMADD0
35
22
34
33
32
31
30
29
26
25
24
23
P244
RAMDQM
15
LDQM
39
UDQM
DQ0
SDRAM DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
VSS
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
IC204
IC42S16800-6T(G)
TSOP-2 54
P245
P246
P247
P248
P249
P250
P251
P252
P253
P254
P255
P256
P257
P258
P259
P260
256
255
254
253
252
251
250
249
248
247
246
245
244
243
242
241
240
239
238
237
236
235
234
233
232
231
230
229
228
227
226
225
224
223
222
221
220
219
218
217
216
215
214
213
212
211
210
209
208
207
206
205
204
203
202
201
200
199
198
197
196
195
194
193
USBDP
USBDN
+5VD
Gnd
Gnd
R217
15K
0603
R218
15K
0603
USB
Not Fitted CON206
AMP CT
Gnd
192
191
190
189
188
187
186
185
184
183
182
181
180
179
178
177
176
175
174
173
172
171
170
169
168
167
166
165
164
163
162
161
160
159
158
157
156
155
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
C211
100N
16V
0603
C263
100UF
10V
YXF
C213
100N
16V
0603
C215
100N
16V
0603
C217
C219
1N0
50V
0603
1N0
50V
0603
VADDIS DECOUPLING
Gnd
C221
100N
16V
0603
C222
100N
16V
0603
C224
C226
1N0
50V
0603
1N0
50V
0603
VADDIS DECOUPLING
C262
100UF
10V
YXF
Gnd
Gnd
C212
100N
16V
0603
C214
1N0
50V
0603
C216
100N
16V
0603
C218
1N0
50V
0603
C220
100N
16V
0603
1N0
50V
0603
Gnd
C225
100N
16V
0603
C227
1N0
50V
0603
33P
0603
33P
0603
C230
100N
16V
0603
C232
1N0
50V
0603
C234
100N
16V
0603
C238
100N
16V
0603
C231
100N
16V
0603
C237
100N
16V
0603
C233
100N
16V
0603
Gnd
33P
0603
33P
0603
33P
0603
33P
0603
Gnd
Place C257 and C248 very close to V888
Gnd
VADDIS_BLUE/U
VADDIS_RED/V
P278
P213
P275
VADDIS_GREEN/Y
P214
P276
VADDIS_CVBS
+1V8_HD
R221 R222 R223 R224 R225 R226
75R here and at other end of track
mimics a cable to external device
75R
75R
75R
75R
75R
75R with 75R input impedance.
0603 0603 0603 0603 0603 0603
C206
330P
R220
50V
0603 430R 0603
+3V3_HD
P212
Gnd
Gnd
TMDS_D2+
TMDS_D2-
TMDS_D1+
TMDS_D1-
TMDS_D0+
TMDS_D0-
HDMI
TMDS_D0+
TMDS_D0-
TMDS_CK+
TMDS_CK-
P284
+1V8_PLL
Gnd
TMDS_D2+
TMDS_D2-
TMDS_D1+
TMDS_D1-
+3V3D
+1V8_HDPLL
TMDS_CK+
TMDS_CK-
RESET
C205
330P
50V
0603
CLK27M_VADDIS
RST
Gnd
IC201
LM809M3-2.93
SOT-23
PRESET*
C243
330P
50V
0603
Gnd
P285
Gnd
RGB_STAT_DISABLE
+3V3D
RGB_STAT_DISABLE
+3V3D
L208
Clock impedance balance caps
C299
100N
16V
0603
C236 120R@100MHz
10N
50V
0603
C298
100N
16V
0603
C297
100N
16V
0603
Gnd
Gnd
DDC_SDA_VADDIS
DDC_SCL_VADDIS
P282
R232
R233
R234
R235
C239
C240
1N0
50V
0603
1N0
50V
0603
IC203B
4
33P
0603
P277
Gnd
MCLK_VADDIS
P219
P220
R229
R230
150R
150R
P221
R231
330R
ABCLK
ALRCLK
MCLK_VADDIS
Pullups on HDMI section
No ERC on pin 134 (MCLK_VADDIS) to prevent IO/output on same line warning.
ABCLK
ALRCLK
SPDIF_IN
PCM0
To Con3
L202
R229 to R235 (audio clock and data line series
terminators) have been increased in value to slow their
edges to help problems with CVBS video noise floor.
330R
330R
330R
330R
VCC
P222
C264
10uF
10V
1206
L / R (of 5.1 o/p)
LS / RS
Centre / Sub
2 ch downmix
Gnd
L205
C228 120R@100MHz
10N
50V
0603
C241
100N
16V
0603
600R@100MHz
C266
10uF
10V
1206
C242
100N
16V
0603
L203
600R@100MHz
C267
10uF
10V
1206
Gnd
I2S audio input
+3V3D
+3V3D
10N
50V
0603
C265
10uF
10V
1206
+3V3D
+1V8_PLL
C270
600R@100MHz
PCM1
PCM2
SPDIFOUT
PCM3
PCM_IN
C235
100N
16V
0603
33P
0603
R219 390R 0603
P211
L201
8
C229
100N
16V
0603
0W063
0603
Gnd_DAC
Audio channel
0
1
2
3
P262
P263
P264
P265
SDRAM DECOUPLING
C223
33P
0603
600R@100MHz
+1V8_HDPLL
P266
L206
C244
Gnd
+1V8_HD
P267
+3V3_AFE
P223
C246
1N0
50V
0603
Gnd
+3V3_PWM
P269
600R@100MHz
C268
10uF
10V
1206
10N
50V
0603
C247
1N0
50V
0603
Gnd
L207
C245
600R@100MHz
C269
10uF
10V
1206
10N
50V
0603
Gnd
DRAWING TITLE
+3V3D
33P
0603
R246 0R0
L204
+3V3D
+1V8D
1N0
0603
C250 C251 C252 C253 C254 C255 C256 C257 C258 C259
+1V8D
+3V3D
C261
100UF
10V
YXF
C204
27N
0603
DIGITAL AUDIO
RAMDAT1
RAMDAT15
RAMDAT0
RAMWE*
RAMCAS*
RAMRAS*
RAMCS*
RAMDAT0
RAMDAT1
RAMDAT2
RAMDAT3
RAMDAT4
RAMDAT5
RAMDAT6
RAMDAT7
RAMDAT8
RAMDAT9
RAMDAT10
RAMDAT11
RAMDAT12
RAMDAT13
RAMDAT14
RAMDAT15
RAMDAT13
RAMDAT2
RAMDAT14
P226
P227
P228
P229
2
4
5
7
8
10
11
13
42
44
45
47
48
50
51
53
RAMDAT3
37
CKE
38
CLK
Gnd
RAMDAT12
RAMCKE
PCLK
7
RAMDAT4
1
14
27
3
9
43
49
P224
P225
WP
24LC08BT/SN
SO-8 NF
VDD
VDD
VDD
VDDQ
VDDQ
VDDQ
VDDQ
4K7
0603
Gnd
5
SDA
6
SCL
GNDDACBS2
GNDDAC
RSET
DAC1_U/B
VDDDAC
DAC2_V/R
DAC3_Y
VDDDAC
DAC4_Y/G
DAC5_C
VDDDAC
DAC6_CVBS
GNDDAC
GNDDAC
AVDDT18
AGNDC
HDCSET
AGNDP
HDTXD2+
HDTXD2AVDDP
HDTXD1+
HDTXD1AGNDP
HDTXD0+
HDTXD0AVDDP
HDTXC+
HDTXCAGNDP
AHGND
AHVDD
GCLKP
XO
VDDA
RESET*
GNDA
GNDP
VDDP
AOUT5/GPCIO10
GPCIO31
VID0
VID1
VID2
VID3
VDDC
GNDC
VID4
VID5
VID6
VID7
VDDP
VCLKX2
GNDP
HSYNC*
VSYNC*
AIN0/GPCIO23
VDDP-A2
AMCLK
GNDP-A2
ABCLK
ALRCLK
SPDIFIN0/GPCIO65
AOUT0
RAMDAT10
RAMDAT5
RAMDAT11
3
A2
2
A1
1
A0
+3V3D
R209
4K7
0603
RAMDAT7
RAMDAT9
RAMDAT6
4K7
0603
SDA
SCL
SDA
SCL
RAMDAT8
R227 R228
NF
NF
R236 22R
+3V3D
Gnd
Gnd
MEMDAT0
MEMADD4
MEMRD*
MEMADD3
MEMADD2
MEMCS0*
MEMADD1
MEMADD0
PCLK
IC202
NC/VPP
+3V3D
RF
330P
50V
0603
3319B+T410-01
20.9C/W
RAMWE*
RAMDQM
MEMDAT8
MEMDAT9
MEMDAT10
MEMDAT11
MEMDAT12
MEMDAT13
MEMDAT14
MEMDAT15
RAMCKE
13
R241
4K7
0603
Gnd
C210
HS1
RAMCS*
RAMRAS*
RAMCAS*
30
32
34
36
39
41
43
45
MEMADD10
MEMDAT14
MEMADD9
MEMDAT6
MEMADD8
MEMDAT13
MEMDAT5
MEMADD20
RAMADD11
RAMBA1
RAMBA0
MEMDAT0
MEMDAT1
MEMDAT2
MEMDAT3
MEMDAT4
MEMDAT5
MEMDAT6
MEMDAT7
C260
1N0
0603
NF
DRVSB*
CD*_DVD
DVD_LD
CD_LD
DVD_MD
CD_MD
VC
RFF
SPDL_SENSE+
RFE
SPDL_SENSERFD
ADC_H
RFC
RFB
RFA
RF
OPEN
CLOSE
IN_SW
OUT_SW
HOME_SW
+3V3_VDAC
ZR36888-HLCGS
LQFP256
RAMADD9
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
29
31
33
35
38
40
42
44
27
VSS
46
VSS
+3V3D
1N0
VADDIS 8
RAMADD10
FLASH
A16
A17
A18
A19/NC
NC/A19
A20
1N0
50V
0603
Gnd
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
A8
A9
A10
A11
A12
A13
A14
A15
C296
26
CE*
28
OE*
FLASHCS*
MEMRD*
0603
IC200
RAMADD8
47
C209
100N
16V
0603
GPCIO52
AOUT4/GPCIO53
GPCIO54
GPCIO55
GPCIO56
GPCIO57
GPCIO58
GPCIO59
GPCIO60
GPCIO17
MEMCS1*
VDDP
MEMAD15
MEMAD16
MEMAD14
MEMAD13
MEMAD12
MEMDA15
MEMAD11
MEMDA7
GNDP
MEMAD10
MEMDA14
MEMAD9
MEMDA6
MEMAD8
MEMDA13
MEMDA5
MEMAD20
VDDP
MEMDA12
MEMWR*
MEMDA4
VDDC
MEMDA11
MEMDA3
MEMAD19
GNDC
MEMDA10
MEMAD18
GNDP
MEMDA2
MEMAD17
MEMDA9
MEMAD7
MEMDA1
MEMAD6
MEMDA8
MEMAD5
VDDP
MEMDA0
MEMAD4
MEMRD*
MEMAD3
MEMAD2
MEMCS0*
MEMAD1
MEMAD0
GNDP
VDD-IP
VDDP
GPCIO61
GPCIO62
RAMCKE
RAMADD1
RAMADD7
RAMADD0
AMP
CT
P215 PRESET* 12 RST*
11
39VF3201-70-4C-EKE
WE*
14
WP*
TSSOP-48
MEMWR*
1N0
VDDUSB
USBDP
USBDN
GNDUSB
RAMADD4
RAMADD3
RAMADD5
RAMADD2
RAMADD6
VDDP
RAMADD1
RAMADD7
RAMADD0
GNDP
RAMADD8
VDDC
RAMADD10
GNDC
RAMADD9
VDDP
RAMADD11
RAMBA1
RAMBA0
GNDP
RAMCS1*
RAMRAS*
RAMCAS*
VDDP
RAMWE*
RAMDQM
GNDPCLK
PCLK
VDDPCLK
RAMDAT8
GNDP
RAMDAT7
RAMDAT9
RAMDAT6
VDDP
RAMDAT10
RAMDAT5
RAMDAT11
GNDP
RAMDAT4
VDDC
RAMDAT12
GNDC
RAMDAT3
VDDP
RAMDAT13
RAMDAT2
RAMDAT14
GNDP
RAMDAT1
RAMDAT15
RAMDAT0
VDDP
GPCIO20/AIN4
GNDP
AOUT3
SPDIFIN1/GPCIO70
SPDIFOUT
AOUT2
AOUT1
P216
0603
C201
P204
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
MEMADD20
P203 C200
Tx1
Rx1
HOME_SW
MEMCS1*
NC/VCCQ
37
48
17
16
P2179
15
P218
10
MEMADD16
MEMADD17
MEMADD18
MEMADD19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
IN_SW
28
41
54
6
12
46
52
SST
R201 0R0
R202 0R0
NF
Intel
A0
A1
A2
A3
A4
A5
A6
A7
8
7
6
5
4
3
2
1
MEMADD8
MEMADD9
MEMADD10
MEMADD11
MEMADD12
MEMADD13
MEMADD14
MEMADD15
CVBS_Sel0
CVBS_Sel1
Gnd
RAMADD4
RAMADD3
RAMADD5
RAMADD2
RAMADD6
Control Expansion
Connector not fitted.
+3V3D
CON207
1
EXP1
2
EXP2
3
EXP3
4
EXP4
5
6
7
8
VDD
25
24
23
22
21
20
19
18
257
Gnd
+3V3D
MEMADD0
MEMADD1
MEMADD2
MEMADD3
MEMADD4
MEMADD5
MEMADD6
MEMADD7
+3V3_AFE
GNDP
GPCIO16
GPCIO47
GPCIO51
GPCIO50
GPCIO49
GPCIO48
GPCIO13
GPCIO34
GPCIO33
GPCIO42
VDDP
GPCIO40
GPCIO39
DUPTD1
DUPRD1
DUPTD0
DUPRD0
PWMCO0
PWMCO6
PWMCO5/GPCIO46
VDDPWMS
PWMCO4
GNDPWMS
PWMCO3/GPCIO44
PWMCO2
GPCIO15
GPCIO4
VDD-IP
ICGPCIO7
ICGPCIO6
GNDP
GPCIO11
VPPD
ICGPCIO5
ICGPCIO4
GNDC
GPCIO32
VDDC
GNDADC
GNDAFER
DVDLD
CDLD
DVDMD
CD_MD
RESLOAD
BGCAP
OPUREF
ADCINF
ADCINK
ADCINE
GNDADC
ADCINJ
ADCIND
ADCINH
ADCINC
VDDAFE
VDDSAFE
ADCINB
VDDAFE
ACDINA
ADCING
RFINN
RFINP
MEMADD0
SRAMCS*
MEMDAT0
MEMDAT1
MEMDAT2
MEMDAT3
MEMDAT4
MEMDAT5
MEMDAT6
MEMDAT7
MEMADD16
MEMADD2
MEMADD4
MEMADD6
MEMADD17
MEMADD9
MEMADD8
MEMADD11
MEMADD15
MEMADD13
HeatPad
MEMADD19
MEMRD*
MEMDAT8
MEMDAT9
MEMDAT10
MEMDAT11
MEMDAT12
MEMDAT13
MEMDAT14
MEMDAT15
MEMADD1
MEMADD3
MEMADD5
MEMADD7
MEMADD18
MEMWR*
MEMADD12
MEMADD10
MEMADD14
1
2
3
4
Gnd
Gnd
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
C203
1N0
0603
DRVSB*
CD*_DVD
DVD_LD
CD_LD
DVD_MD
CD_MD
VC
RFF
SPDL_SENSE+
RFE
SPDL_SENSERFD
ADC_H
RFC
RFB
RFA
RF
OPEN
CLOSE
IN_SW
OUT_SW
HOME_SW
Gnd
CON204
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
2
1
+3V3_PWM P299
DEBUG SRAM I/F
+3V3D
Gnd
P201
C202
VCC
1
2
+3V3D
NF
TRACK_S
SLED_S
SPINDLE_S
FOCUS_S
Gnd
C249
10N
50V
0603
Gnd
RFA
SRAMCS*
CON202
Fit = Debug mode
No Fit = Normal
20K 0603
P299 - IR Port
TRACK_S
SLED_S
SPINDLE_S
FOCUS_S
600R@100MHz
CON209
H8_USER_PROG
I2C_RES
Gnd
4K7
0W063
0603
NF
CODEC_INT
0603
0603
0603
0603
L200
P206
C208
100N
0603
R211
RFB
Gnd
P202
P205
SPDL_SENSERFD
ADC_H
RFC
R240
FLASHCS*
NF
HDMI_DET_VADDIS
P270
27K
18K
15K
27K
R212
100K
0603
CEC_VADDIS
VC
RFF
SPDL_SENSE+
RFE
+3V3D
1
2
CON201
Not Fitted = Debug Mode
Fit = Normal (see R200)
R206
4K7
0603
R238 0R0
CEC_VADDIS
P207 R213
P208 R215
P209 R216
P210 R214
+3V3_AFE
SERIAL_RX0
SERIAL_TX0
DVD_LD
CD_LD
DVD_MD
CD_MD
NF
0R0 0603
MEMCS0*
R205
4K7
0603
MEMADD0
1
2
CON200
Fit = Debug mode
No Fit = Normal
R200
R204
Fit = Debug mode 1K0
0603
MEMADD1
+3V3_PWM
Rx0
Tx0
CD*_DVD
MEMCS1*
R203
1K0
0603
R237 0R0
NF = Programming Mode
DEBUG CONFIG
Gnd
0603
CVBS_SEL0
CVBS_SEL1
P281
TRACK_PWM
CON210
Port 1 Debug and Remote Cont.
SERIAL_RX1
10K 0603
SERIAL_TX1
Gnd
P279 Comp_Sel1
COMP_SEL1
P271 Comp_Sel0
Component video mux
COMP_SEL0
P274 Enable_AV
ENABLE_AV
HDMI_SEL1
HDMI switch
HDMI_SEL0
P273
SCART_SEL0
P272
SCART logic switch
SCART_SEL1
Tx1
Rx1
1
2
Fit = Manual Prog
Rx0
Tx0
R210 NF
1
2
+3V3D
MMUN2111LT1 CON203
1
SOT-23
NF
2
CON203_2
P200
R243 10K 0603 NF
TRACK_PWM
SLED_PWM
SPINDLE_PWM
FOCUS_PWM
CVBS mux
P280
R245 CON208
NF
10K
NF
R244
10K
0603
SPINDLE_PWM
TR200
Vaddis_Prog
R242 10K 0603 NF
Tx0
Rx0
Low to put in program mode
BOOT SELECT
Port 0 - Prog Download +5VD
4
CON205
3
2
AMP
1
CT
+3V3D
Tx0
Rx0
FOCUS_PWM
SLED_PWM
DRVSB*
+3V3D
SCART_Sel1
SCART_Sel0
Debug
MEMCS1*
MEMCS0*
pull-down
pull-up
CLOSE
OPEN
FLASH
SRAM
ADD0
ADD1
Program
MEMCS0*
not used
pull-up
pull-down
GND
+3V3D
Make both serial ports available to audio board
Normal
MEMCS0*
not used
pull-down
pull-down
+3V3_HD
P268
C248
1N0
50V
0603
Gnd
C207
1N0
50V
0603
Gnd
+1V8D
Solo5.1 Video - Vaddis 8
ARCAM
Pembroke Avenue
24LC08BT/SN
Waterbeach
SO-8
Cambridge CB5 9QR
Filename:
2_Vaddis 8.Sch
Notes:
GND
Contact Engineer:
Mark Tweedale
[email protected]
06_E185
MJT
12/01/07
Added Vaddis line: RGB_STAT_DISABLE, changed R229 - R235
2.0
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
PJC
14/09/06
ECO No.
INITIALS
DATE
Direct: 01223 203210
Contact Tel:
Switch: 01223 203200
Printed:
19-Jan-2007
1.0
Sheet
3
of
6
ISSUE
A2
DRAWING NO.
L104CT
C308
+5V_VID
COMPOSITE
CVBS MUX
CVBS_IN1_SCART
100N
16V
0603
+5V_VID
Aux
12
V8
7
2U2 50V YK
Gnd
+3V3D
R335
3K3
0603
R337
3K3
0603
Sel1 Sel0
0
CVBS_SEL1
CVBS_SEL1
COMP_SEL1
COMP_SEL1
15
11
9
8
6
CVBS_SEL0
CVBS_SEL1
CVBS_SEL0
CVBS_SEL0
3
3v3 logic OK
+3V3D
R336
3K3
0603
5
NC
Mon Out
0
in1
IN3
Mon Out
IN4
Vout1
IN5
Vout2
CTL A
CTL B
CTL C
CTL D
CTL E
SCART1 (Sat) Gnd
0
1
in2
SCART2 (Aux)
1
0
in3
Vaddis 8
1
1
in4
n/c
Gnd
IN2
2
+3V3D
NC
IN1
CVBS_OUT_1
1
2
14
4
N/C
IC301
IN1
3
N/C
10
+5VD
470UF 25V YK
OUT1
IN2
OUT2
IN3
OUT3
8
C332
R304
C334
C329
100UF
10V
YXF
10uF
10V
1206
Gnd
Power for video buffers
CVBS_OUT_SCART1
75R 0603
6
+5V_VID
33U
1.17A
8RHT2
75R 0603
P323
7
L304
R303
P322
Gnd
470UF 25V YK
P324
GND
C311
IC300
BA7623F
SO-8
1
2U2 50V YK
16
C331
GND
CVBS_IN2_SCART
Sat
C326
100N
16V
0603
Vcc
Gnd
C309
R301
75R
0603
13
Gnd
5
C325
100UF
25V
YK
VCC
C322
GND
2U2 50V YK
Gnd
C333
R305
CVBS_OUT_SCART2
BA7625
DIP-16
4
R300
75R
0603
75R 0603
470UF 25V YK
Gnd
n.b. Need to change address on Scart Control MUX too!
because RGB gets sync from composite.
Pullup to disable video output on power up
(Until Vaddis takes over)
COMPONENT MUX 2
+5V_VID
R307
75R
0603
2U2 50V YK
COMPONENT MUX 1
C335
C318
C341
100UF
25V
YK
100N
16V
0603
100N
16V
0603
Gnd
Gnd
+5V_VID
+5V_VID
GREEN/Y_IN1
R308
75R
0603
2U2 50V YK
C336
Y1
C323
C327
100UF
25V
YK
100N
16V
0603
1
RED1
2
GREEN1
3
BLUE1
BLUE/U_IN1
Gnd
2U2 50V YK
C337
10N 50V 0603
C315
SCART or Coax inputs
RED/V_IN2
R312
75R
0603
2U2 50V YK
R343
R345
R347
47K
47K
47K
0603
0603
COMP_SEL1
COMP_SEL0
COMP_SEL1
COMP_SEL0
4
GND
5
GND
0603
C338
Gnd
Gnd
10N 50V 0603
C316
GREEN/Y_IN2
R313
75R
0603
2U2 50V YK
R344
R346
R348
47K
47K
47K
0603
0603
Component Select MUX1
Select
0603 (sel0)
1
0
X
C339
Gnd
Enable
(sel1)
0
0
1
P314
Y2
Input Selected
in1 Sat
in2 Aux
none (Vaddis will be selected by MUX2)
C324
C328
100UF
25V
YK
100N
16V
0603
Gnd
Y_SD_OUT
14
C1_SD
15
C2_SD
C_SD_OUT
30
11
4
5
21
27
COMP_SEL1
Gnd
R350
10K NF
0603
P301
Gnd
R351
10K
0603
2U2 50V YK
C340
MUX_HD
(sel1)
Input Selected
0
1
Chan2 (MUX1)
Chan1 (Vaddis)
P316
23
P317
22
P318
20
P319 R311
CV_OUT
19
75R
0W063
0603
N/C
18
N/C
Y1
RED/V_OUT
75R 0603
75R
0W063
0603
Gnd
+12VD
D304
ADA4410-6ACPZ
VQ-LFCSP-32
BAT54S
SOT-23
+12VD
12v x 32mA = 384 mW
OK wrt 625 mW max.
C342
C300
C301
100N
16V
0603
100N
16V
0603
100UF
25V
YK
Gnd
TR301
BC849B
SOT-23
R330
0/6/12_OUT
22R
0805
SCART CONTROL SIGNAL MUX
SOT-23
BAT54S
D300
+12VD
P310
SOT-23
BAT54S
D302
+12VD
SOT-23
BAT54S
D301
+12VD
Vout = Vin - 0.8v
i.e. 6v in = 5.2v out
6.8v gives 6.0v.
Gnd
Current Limit set to 32 mA
R331
2K2
0W063
0603
SOT-23
BAT54S
D303
+12VD
To SCART output
0-2v, nom 0v = no signal or bypass.
5v-8v, nom 6v = Widescreeen (16:9).
9.5v-12v, nom 12v = Normal (4:3).
TR302
BC849B
SOT-23
R329
10K
0603
Zin nominally 10k ohm. (but often 1k)
Default filter is 36MHz but we can experiment
Gnd
n.b. Need to change address on Scart Control MUX too!
10N 50V 0603
25V YK
C307 470UF
10N 50V 0603
Gnd
R353
10K
0603
10N 50V 0603
C304
R318
+5V_VID
MUX_HD
----------------1= HD Chan1 Selected
0= HD Chan2 Selected
BLUE/U_OUT
470UF
C306 25V YK
MUX_HD
----------------1= HD Chan1 Selected
0= HD Chan2 Selected
MUX_HD
MUX_SD
FSEL_A
FSEL_B
G_SEL
DISABLE
Gnd
R352
10K NF
0603
GREEN/Y_OUT
C303
Vaddis_CVBS always on
R315
470UF
25V YK
R317
-5V_VID
Component Select MUX2
BLUE/U_IN2
PR/R_HD_OUT
28
LEVEL2
29
LEVEL1
Gnd
24
C302
75R 0603
12
Y1_SD
13
Y2_SD
10N 50V 0603
C317
R314
75R
0603
100N
16V
0603
+5V_VID
-5V_VID
Gnd
C319
0603
Gnd Gnd Gnd
82 Ohms used to raise signal level.
LT1675CGN
Gnd
SSOP-16
R310
75R
0603
P300
R354
680R
R320 R321 R322
82R
82R
82R
0603 0603 0603
0W063
R349
10K
0603
IC303
75R 0603
PB/B_HD_OUT
3
PR1/R1_HD
10
PR2/R2_HD
VADDIS_CVBS
P313P315
R302 75R
6
13P311
RED2
VOUT_BLUE
7
GREEN2
R306 75R
8
14P312
Y2
BLUE2 VOUT_GREEN
R319 75R
9
15P321
ENABLE* VOUT_RED
10
SELECT
11
V12
V-
R309
75R
0603
IC302
10N 50V 0603
R316
Y/G_HD_OUT
1
PB1/B1_HD
8
PB2/B2_HD
+5V_VID
16
10N 50V 0603
C314
31
Y1/G1_HD
6
Y2/G2_HD
Y2
Gnd
Gnd
Y1
Y2
GND
GND
GND
GND
THERMAL
C313
2
7
9
32
33
10N 50V 0603
V+
Gnd
C305
Gnd
17
VEE
25
VEE
RED/V_IN1
C310
16
VCC
26
VCC
C312
SCART or Coax Inputs
Gnd
+12VD
+12VD
4:3
0/6/12_IN2
6.8v measured
giving 6.0v at output. +3V3D
Gnd
R325
4K7
0603
Y1
VADDIS_GREEN/Y
P303
R324
75R
0603
100N
16V
0603
R326
7K5
0603
P302
VADDIS_BLUE/U
R328
75R
0603
Gnd
TR300
BC849B
SOT-23
Gnd
R327
10K
0603
RGB_STAT
15
TR304
MMUN2211LT1
SOT-23
RGB_STAT_DISABLE
Gnd
COMY
R339
3K3
0603
D305
100N
16V
0603
BAT54S
SOT-23
Gnd
8
+5V_VID
9
P334
R332
Swch
1
2
3
4
GND
DG409DY
Pulldown to disable output on power up
(Until Vaddis takes over)
En
1
1
1
1
0
Sel1 Sel0
0
0
1
1
X
0
1
0
1
X
TR303
BC849B
SOT-23
P331
0R0
0603
SCART Select
2
EN
1
A0
16
A1
ENABLE_AV
SCART_SEL0
SCART_SEL1
P305
C320
Gnd
P309
1K0
0W125
0805
C321
IC304
COMX
13
Y1
12
Y2
11
Y3
10
Y4
RGB_STAT_IN1
RGB_STAT_IN2
R333
+12VD
4
X1
5
X2
6
X3
7
X4
STATUS_6v
P325
16:9
+5V_VID
P327
14
Aux
P326
P328
Gnd
V-
Y1
R323
75R Y1
0603
0/6/12_IN1
Gnd
3
VADDIS_RED/V
Sat
Gnd
V+
Gnd
From SCART input
P332
Pmax = 85mA x 3.13v
Gnd
P333
1.58v measured.
85 mA when shorted.
R334
RGB_STAT_OUT
= 260 mW
IN1 (Sat)
IN2 (Aux)
INT (V8 4:3 ,12V)
INT (V8 16:9 ,6V)
none
OK wrt spec of 625 mW.
R338
1K0
0W125
0805
n.b. Need to change address on CVBS MUX too!
22R
0W25
1206
1-3v = RGB
0-0.4v = CVBS
Impedance 75
h
SO-16
Gnd
Gnd
RGB_STAT_ DISABLE is used on SCART
units
DRAWING TITLE
Gnd
Solo5.1 Video - Video switching
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
3_Video switching.Sch
Notes:
06_E185
MJT
12/01/07
Added pull-up/down to some contol lines. R320/1/2 changed
to help video level. TR304 added, R333 changed.
2.0
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
Contact Engineer:
Mark Tweedale
[email protected]
PJC
14/09/06
ECO No.
INITIALS
DATE
Direct: 01223 203210
Contact Tel:
Switch: 01223 203200
Printed:
19-Jan-2007
1.0
Sheet
4
of
6
ISSUE
A2
DRAWING NO. L104CT
+3V3D
+3V3D
R400
not fitted
27K
0W063
0603
From Vaddis
+3V3D
R401
R402
1K8
0W063
0603
1K8
0W063
0603
DATA2+_V8
DATA2-_V8
TMDS_D2+
TMDS_D2-
DATA1+_V8
DATA1-_V8
+3V3D
To MUX2
DATA0+_V8
DATA0-_V8
C400
33
TMDS_D234
TMDS_Gnd
35
TMDS_D2+
6
TMDS_D25
TMDS_Gnd
4
TMDS_D2+
Gnd
38
Gnd
R412
R414 R416 R418 R420 R422 R424 R426 R428
NF
47K
0W063 200R 200R 200R 200R 200R 200R 200R 200R
0W063 0W063 0W063 0W063 0W063 0W063 0W063 0W063
0603
0603 0603 0603 0603 0603 0603 0603 0603
DATA2+_Sat
DATA2-_Sat
25
C2+B
24
C2-B
CLOCK+_Sat
CLOCK-_Sat
23
C3+B
22
C3-B
CEC_Display
R406
0R0 0603
6
C1+
7
C1-
Data1+_mux
Data1-_mux
8
VDD
9
SEL
10
VSS
HDMI_Sel1
2
8
VT
Gnd
Pad
9
5
P440
8
8
C461
C409
10N
50V
0603
C408
10N
50V
0603
Gnd
IC401
P13HDMI412
TQFN 42
Gnd
P442
R431
R434 1K0
0603
10K
0W063
0603
C411
IC409A
R444
Sat_hotplug_out
2
P436
1
P437
3
P434
0W063
1K0
0603
6
P435
1K0
0W063
0603
10N
50V
0603
Gnd
R447
10K
0603
74HCT08D
SO-14
R445
Aux_hotplug_out
Hotplug to Sources
5
Gnd
P438
R430
4
P439
1K0
0603
R446
10K
0603
74HCT08D
SO-14
Gnd
HOTPLUG_V8
Gnd
3v3 signalling
Sat_5v_in
Sel1
0
0
1
1
1
0
1
0
MUX1
Aux
Aux
Sat
Sat
MUX2
10K
0W063
0603
Gnd
12
nc 14
15
Aux
11
Sat
C410
10N
50V
0603
10K
0W063
0603
MUX3
1Y0
1Y1
1Y2
1Y3
1
2Y0
5
2Y1
2
2Y2
4
2Y3
1Z
1K5
0W063
0603
1N0
50V
0603
Gnd
P443
Gnd
CEC_V8
nc
Aux_CEC
Sat_CEC
1
0
1
0
MUX3 & MUX4
2Z
1Z
1
2Y0
5
2Y1
2
2Y2
4
2Y3
6
2Z
23
CEC
CEC_OUT
SCL
22
DDC_CLK_OUT
21
SDA
DDC_DAT_OUT
20 HPg
HOTPLUG_OUT
R448
100K
0603
Gnd Gnd
P445
P446
P447
Data2+
D2_Shield
Data2Data1+
D1_Shield
Data1Data0+
D0_Shield
Data0Clock+
Clk_Shield
ClockCEC
n/c
SCL
SDA
DDC/CEC Gnd
+5V
H/Plg Detect
IC408
CM2020-00TR
TSSOP-38
P448
Display_out
Gnd
P444
0W063
Gnd
C417
100N
16V 0603
C416
R405
1N0
50V
0603
Gnd
15K
0W063
0603
13
3v3 signalling required
DDC_SCL_Display
+5VD
3
+5VD
IC411B
16
VCC
C440
100N
16V
0603
CEC_Display
GND
VEE
8
GND
16
C449
100N
16V
0603
8
7
74HC4052D
SO-16
VEE
7
74HC4052D
SO-16
Gnd
Gnd
MUX4
+1.5V_HDMI
C422
100N
16V
0603
C424
100N
16V
0603
C426
100N
16V
0603
C428
100N
16V
0603
C462
100N
16V
0603
+1.5V_HDMI1
600R@100MHz
P414
L402
C470
10uF
10V
1206
C436
100N
16V
0603
Gnd
C423
100N
16V
0603
C427
100N
16V
0603
C429
100N
16V
0603
C431
100N
16V
0603
C433
100N
16V
0603
C435
100N
16V
0603
C463
100N
16V
0603
C438
100N
16V
0603
C441
100N
16V
0603
C443
100N
16V
0603
C445
100N
16V
0603
C464
100N
16V
0603
IC409C
Gnd
C471
10uF
10V
1206
Gnd
C437
100N
16V
0603
C439
100N
16V
0603
Gnd
C444
100N
16V
0603
C451
100N
16V
0603
C454
100N
16V
0603 7
Gnd
C453
100N
16V
0603
DRAWING TITLE
IC409E
14
12
74HCT08D
Gnd
SO-14
74HCT08D
Gnd
SO-14
C442
100N
16V
0603
+5VD
13
11
9
P415
L403
IC409D
10
8
+1.5V_HDMI2
600R@100MHz
P413
Gnd
Dble Flange
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
E
Gnd
+3V3_HDMI2
C456
10uF
10V
1206
+5VD
SKT402
DC1R019JDCJAE
Gnd
Gnd
C79, R13 see CM2020 datasheet.
HDMI_Sel0
HDMI_Sel1
IC410B
+3V3_HDMI1
C420
100N
16V
0603
26
NC
25
TMDS_GND
24
TMDS_CK-
Aux and Sat have pullups at source (1k8).
V8 needs an HDMI source pull-up of 1k8.
these are provided in R401,R402.
P412
C455
10uF
10V
1206
13
TMDS_CK+
14
TMDS_GND
15
NC
16
CEC_IN
17
DDC_CLK_IN
18
DDC_DAT_IN
19
HOTPLUG_IN
ensure 5v not driven when vaddis is off
75 mA limited
DDC_SDA_Display
3v3 Logic just sufficient
to switch (threshold 3.1 max) 74HC4052D
SO-16
Aux
V8
Sat
n/c
CLOCK+_Display
CLOCK-_Display
Gnd
10
S0
9
S1
DDC SIGNALS MULTIPLEX
Sel1
29
NC
28
TMDS_GND
27
TMDS_D0-
P410
E
IC411A
12
1Y0
nc 14
1Y1
15
1Y2
11
1Y3
DDC_SCL_V8
Aux_SCL
Sat_SCL
Gnd
0
0
1
1
32
NC
31
TMDS_GND
30
TMDS_D1-
10
TMDS_D0+
11
TMDS_GND
12
NC
10
S0
9
S1
CEC is bi-directional
Sel0
7
TMDS_D1+
8
TMDS_GND
9
NC
DATA0+_Display
DATA0-_Display
HOTPLUG_display
VCC
To blank the display select Vaddis as input
and use V8 software to output blank.
DATA1+_Display
DATA1-_Display
HOTPLUG_display
3
Con.38
side
+5V_OUT
35
NC
34
TMDS_GND
33
TMDS_D2-
P408
CEC_Display
P411 DDC_SCL_Display
DDC_SDA_Display
P409
MUX 3 steers Hotplug from Display
to the appropriate source.
13
74HC4052D
SO-16
Aux
V8
Sat
V8 - not used (DDC n/c)
C415
Circ. side
10N
50V
0603
Gnd
4
TMDS_D2+
5
TMDS_GND
6
NC
IC410A
6
Final Output
Sat/Aux
V8
Sat/Aux
V8
R443
R435
PERICOM HDMI SEL TRUTH TABLE
Sel0
HDMI_Sel0
DATA2+_Display
DATA2-_Display
Voltage divider recommended
in Pericom datasheet
0v-3v3 swing
Aux_5v_in SDA bi-directional
DDC_SDA_V8
nc
Aux_SDA
Sat_SDA
R433
Gnd
HDMI_Sel0
HDMI_Sel1
HDMI_SEL0
HDMI_SEL1
L401
+5VD
17
To MUX1
IC409B
600R@100MHz
+3V3D
P431
Clock+_mux
Clock-_mux
1K8
0W063
0603
Hotplug to source only
goes high when source
selected AND holplug from
sink is high AND 5v from
source is high.
L400
1N0
50V
0603
Gnd
DATA0+_Sat
DATA0-_Sat
DATA2+_Sat
DATA2-_Sat
600R@100MHz
C414
1K5
0W063
0603
13
VDD
14
VSS
15
C3+
16
C3-
1K8
0W063
0603
R442
3v = Sat, 1v5 = Aux
SY58600UMITR
SM
Gnd Gnd
+3V3_HDMI2
IC406
CM2021-00TR
TSSOP-38
+3V3D
VT
P430
Data2+_mux
Data2-_mux
R441
Y2
Y0
Y3
Y1
2
To MUX2
SEL0 requires 1v5 to 3v3 swing
11
C2+
12
C2-
VSS
Gnd
R440
CLOCK+_Sat
CLOCK-_Sat
Gnd
2
Data0+_mux
Data0-_mux
Provides means to
common CEC lines
DATA1+_Sat
DATA1-_Sat
N/C
2
C0+
3
C0-
SCN
9
TMDS_D18
TMDS_Gnd
7
TMDS_D1+
R410
NF
47K
0W063
0603
+3V3D
27
C3+A
26
C3-A
Vref-AC
+3V3_HDMI1
SCN
30
TMDS_D131
TMDS_Gnd
32
TMDS_D1+
Sat_hotplug_out
Sat_SDA
Sat_SCL
Sat_CEC
47K
0W063
0603
+3V3D
CLOCK+_Aux
CLOCK-_Aux
3
7
Q
6
/Q
21
12
TMDS_D011
TMDS_Gnd
10
TMDS_D0+
R408
Gnd
+3V3D
29
C2+A
28
C2-A
nc
1
4
VSS
5
VDD
VDD
DATA2+_Aux
DATA2-_Aux
SEL1 requires 1v5 to 3v3 swing
3v = MUX1, 1v5 = V8
37
32
C1+B
31
C1-B
1
IN
4
/IN
Clock
17
IC400
P13HDMI412
TQFN 42
20
27
TMDS_D028
TMDS_Gnd
29
TMDS_D0+
NC
15
TMDS_CK14
TMDS_Gnd
13
TMDS_CK+
Gnd
P429 24
TMDS_Ck25
TMDS_Gnd
26
TMDS_Ck+
+5VD
VSS
10N
50V
0603
Gnd
CLOCK+_Display
CLOCK-_Display
TMDS_BYP
37
1
2
TMDS_BYP
10N
50V
0603
15
C3+
16
C3-
IC405
GND
Gnd
15K
0W063
0603
Gnd
DATA1+_Sat
DATA1-_Sat
Data 2
36
P428
R404
34
C0+B
33
C0-B
VSS
21
20
19
18
43
P427
SDA/SCL pullup - see HDMI spec
C405
Circ. side
20
19 P400
Hotplug_Det_out Hotplug_Det_in
21
18 P401
DDC_Dat_out
DDC_Dat_in
22
17 P402
DDC_Clk_out
DDC_Clk_in
23
16 P403
CE_Remote_out CE_Remote_in
Gnd
SKT400_19
Sat_5v_in
P420
SKT400_16
SKT400_15
Con. side
3
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
SKT400
JAE
DC1R019JDC
Dble Flange
5v_Supply
Gnd
P426
36
21
20
SCN
SCN
Sat
10N
50V
0603
Gnd
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
DATA0+_Sat
DATA0-_Sat
30
LV_Supply
C403
Gnd
23
C3+B
22
C3-B
Gnd Gnd
1
36
C1+A
35
C1-A
Hotplug 47k - see CM2021 datasheet fig 4.
P433
Data2-_mux
Data2+_mux
+3V3D
SY58600UMITR
SM
C407
13
VDD
14
VSS
2
DATA1+_Aux
DATA1-_Aux
+5VD
10N
50V
0603
25
C2+B
24
C2-B
Data 1
11
C2+
12
C2-
to Display_out
Vref-AC
5V_SUPPLY
38
C0+A
37
C0-A
Gnd
Data1-_mux
Data1+_mux
3
SY58600UMITR
SM
Gnd Gnd
3V3_SUPPLY
IC407
CM2021-00TR
TSSOP-38
DATA0+_Aux
DATA0-_Aux
+3V3D
C460
+1.5V_HDMI2
To MUX1
DATA2+_Aux
DATA2-_Aux
N/C
MUX1
+3V3_HDMI2
27
C3+A
26
C3-A
nc
Gnd
DATA2+_Display
DATA2-_Display
Vcc
DATA0+_Aux
DATA0-_Aux
29
C2+A
28
C2-A
DATA2-_V8
DATA2+_V8
8
VDD
9
SEL
10
VSS
7
Q
6
/Q
Gnd
CLOCK+_Aux
CLOCK-_Aux
DATA1-_V8
DATA1+_V8
Data 2
1
IN
4
/IN
Data 0
6
C1+
7
C1-
Vref-AC
C401
10N
50V
0603
Pad
Provides means to
VDD
4
VSS
5
VDD
Pad
30
common CEC lines
DATA1+_Aux
DATA1-_Aux
32
C1+B
31
C1-B
Data0-_mux
Data0+_mux
200R 200R 200R 200R 200R 200R 200R 200R
0W063 0W063 0W063 0W063 0W063 0W063 0W063 0W063
0603 0603 0603 0603 0603 0603 0603 0603
CEC_Display
R407
0R0 0603
34
C0+B
33
C0-B
IC404
GND
Gnd
Clock-_mux
Clock+_mux
nc
Clock
2
C0+
3
C0-
7
Q
6
/Q
10N
50V
0603
Gnd
DATA1+_Display
DATA1-_Display
3
Gnd
+3V3D
R415 R417 R419 R421 R423 R425 R427 R429
3
5
NC
Gnd
3
15K
0W063
0603
Gnd
36
C1+A
35
C1-A
1
9
6
TMDS_D25
TMDS_Gnd
4
TMDS_D2+
DATA0-_V8
DATA0+_V8
1
IN
4
/IN
+3V3D
VSS
IC403
Gnd Gnd
9
33
TMDS_D234
TMDS_Gnd
35
TMDS_D2+
38
C0+A
37
C0-A
VSS
VDD
VSS
VDD
Pad
9
TMDS_D18
TMDS_Gnd
7
TMDS_D1+
47K
0W063
0603
R413
NF
47K
0W063
0603
CLOCK-_V8
CLOCK+_V8
21
20
19
18
43
30
TMDS_D131
TMDS_Gnd
32
TMDS_D1+
Gnd
P404 Aux_hotplug_out
P405 Aux_SDA
P406 Aux_SCL
P407 Aux_CEC
+3V3D
R411
NF
47K
0W063
0603
39
VSS
40
VDD
41
VSS
42
VDD
12
TMDS_D011
TMDS_Gnd
10
TMDS_D0+
+3V3D
R409
VSS
VDD
VSS
VDD
Pad
Gnd
TMDS_BYP
27
TMDS_D028
TMDS_Gnd
29
TMDS_D0+
R403
JAE
DC1R019JDC
Dble Flange
2
1
5v_Supply
15
TMDS_CK14
TMDS_Gnd
13
TMDS_CK+
38
P425
24
TMDS_Ck25
TMDS_Gnd
26
TMDS_Ck+
Gnd
P423
+5VD
10N
50V
0603
Con. side
Circ. side
20
19
Hotplug_Det_out Hotplug_Det_in
21
18
DDC_Dat_out
DDC_Dat_in
22
17
DDC_Clk_out
DDC_Clk_in
23
16
CE_Remote_out CE_Remote_in
P422
P424
SKT401
LV_Supply
Gnd
SKT401_19
Aux_5v_in
P421
SKT401_16
SKT401_15
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
C406
36
20
21
10N
50V
0603
Gnd
SCN
SCN
Aux
C404
37
P432
Gnd
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
39
VSS
40
VDD
41
VSS
42
VDD
sense inverted
for easy tracking
+5VD
C402
SY58600UMITR
SM
Vcc
9
+1.5V_HDMI1
Data 1
10N
50V
0603
DATA0+_Display
DATA0-_Display
Vref-AC
Pad
MUX2
+3V3D
C459
7
Q
6
/Q
+3V3D
3
nc
+3V3_HDMI1
VT
2
This chip is used with the D+ and Dinputs reversed to make tracking of
the output easier.
200R 200R 200R 200R 200R 200R 200R 200R
0W063 0W063 0W063 0W063 0W063 0W063 0W063 0W063
0603 0603 0603 0603 0603 0603 0603 0603
Provides means to common CEC lines
0603
0R0
5
CEC_Display
R432
IC402
Vcc
sense inverted
for tracking
8
CEC_V8
DDC_SCL_V8
DDC_SDA_V8
HOTPLUG_V8
P416
P417
P418
P419
CEC_VADDIS
DDC_SCL_VADDIS
DDC_SDA_VADDIS
HDMI_DET_VADDIS
10N
50V
0603
Gnd
Data 0 1
IN
4
/IN
+3V3D
R436 R437 R438 R439 R449 R450 R451 R452
VT
CLOCK+_V8
CLOCK-_V8
TMDS_CK+
TMDS_CK-
Vcc
TMDS_D0+
TMDS_D0-
Gnd
Vaddis
5
TMDS_D1+
TMDS_D1-
VCC
GND
74HCT08D
SO-14
Solo5.1 Video - HDMI switch
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
4_HDMI switching.Sch
06_E185
Notes:
Contact Engineer:
Mark Tweedale
[email protected]
Contact Tel:
MJT
12/01/07
None to this sheet
2.0
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
PJC
14/09/06
1.0
ECO No.
INITIALS
DATE
Direct: 01223 203210
Switch: 01223 203200
Printed:
19-Jan-2007
Sheet
5
of
6
ISSUE
A1
DRAWING NO.
L104CT
LASER DRIVERS
47UF
35V
YK
TR101
MMUN2111LT1
SOT-23
C104
100N
16V
0603
TR102
R100
C102
100UF
10V
YXF
C106
100N
16V
0603
OPEN
CON100
1
2
28
3
27
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
26
22
25
23
24
OPU connector pin out
is reversed with respect
to OPU, since FFC
cable has contact
surfaces on SAME
SIDE.
C124
C125
47P
50V
0603
47P
50V
0603
Gnd
P103 0603 Gnd
GND_LD
DVDLD_OUT
P154
N/C
OPU_HFM
OPU_MD
P106
CDLD_OUT
CD_MD
DVD_MD
N/C
RFE
+5V_OPU
OPU_VREF
Gnd
R151
0R0 0603
R132
R122
P110
P111
P112
P113
RFF
RFB
RFA
RF
P114
P115
RFD
RFC
C123
P116
P117
CD_MD
DVD_MD
P118
RFE
P119
R123
TACT+
P120 3
1K0
0603
NF
R124
VC
TACT-
47UF
35V
YK Close to OPU
P121 2
1K0
0603
NF
R134
220K
0603
NF
Gnd
C109
100N
16V
0603
P108
R120
KTC2875
SOT-23
C110
100N
16V
0603
Gnd
KTC2875
SOT-23
2K2
0603
+7VD
SLED & SPINDLE
SLED+
SLEDHOME_SW
C131
C112
100N
16V
0603
C115
100N
16V
0603
220UF
16V
YXF
C116
100N
16V
0603
C117
100N
16V Gnd
0603
MOTOR DRIVER
Gnd
Use +3V3D because Vc must be = VDDPWM/2
+3V3D
Gnd
47K
0603
P128
VC2
P140
C134
4N7
50V
0603
0603
SPINDLE_S
P144
TACT-
P142
TRACK_S
P139
C133
100P
0603
P143
P145
4
VINSL+
5
VINSL6
VOSL
21
9
1
VINFC
2
CFCERR1
3
CFCERR2
7
VNFFC
FACT-
R148
6K8
0603
8
P131
ADC_H
8
R137
3K3
0603
NF
LM393M
SO-8
NF
+5VD
470K
0603
R128
IC103A
3
1
P135
R144
JST
PH
1R0
0W125
0805
BACKEMF
0R0
0W063
0603
2
P136
Gnd
13
VOFC14
VOFC+
R104
P132 R105
1R0 0805
1R0 0805
P133
FACTFACT+
P134
R130
1K0
0603
R146 NF
470K
0603
Alternative Back-EMF Circuit Not Used
R127
11
VOSL12
VOSL+
26
VINTK
25
CTKERR1
24
CTKERR2
20
VNFTK
16
VOTK15
VOTK+
23
18
VOLD17
VOLD+
VINLD
R106
P146 R107
1R0 0805
1R0 0805
SPDLSPDL+
TACTTACT+
1K0
0W063
0603
NF
P148
P149
R121
6K8
0W063
0603
Gnd
DVRSB*
R117
1K0
0W063
0603
Gnd
P151
+3V3D
R147
NF
39R
0W125
0805
D100
BAT54S
NF
SOT-23
C135
C119
100N
16V
0603 NF
22N
16V
0603
NF
P147
R110
P152
2K2
0W063
0603
NF
R149
SPDL_SENSE-
Circuit 1
NF
120R
0W125
0805
Gnd
R131
P153
SPDL_SENSE+
1K0
0W063
0603
NF
27
BIAS
28
STBY
P141
P137
LM358AM
SO-8
Gnd
R129
0R0
0W063
0603
C118
100N
16V
0603
IC102
PVCC2
C114
100N
16V
0603
C132
100P
0603
29
GNDHS
30
GNDHS
C113
100N
16V
0603
P129
IC101B
7
Gnd
VCC
R141
P127
Gnd
R116
P126
R138
NF
360R
0W063
0603
R145 NF
6
5
4
3
2
1
P130
PVCC1
FOCUS_S
10
PGND
19
PGND
22
PREGND
R142
100R
0W063
0603
SPDL+
+5
0603
LM393M
SO-8
NF
BACK-EMF CIRCUIT
HOME_SW
REG100
Use PCB copper as heatsink
LM1117MPX-5.0
+5VM
SOT-223
Gnd
10K
R135
220K
0603
NF
CON102
R115
3K3
0603
NF
Gnd
Gnd
R143
100R
0W063
0603
360R
0W063
0603
NF
R136
R114
10K
0603
SOT-23
10K
0603
NF
+3V3D
TR105
P109
MMUN2211LT1
P138
P123 6
Gnd
R109
1=DVD,0=CD
1K0
Gnd
R140
47K
0603
NF
Gnd
P125
P122 5
0603
NF
R126
FACT-
SOT-23
SLED_S
R125
Gnd
P107
TR106
2200UF
10V
ZL
IC101A
1
R139
Gnd
220K NF
0603
1K0
TR104
1K2
0603
C130
C111
100N
16V
0603
NF
P124
R133
+5VD
1=DVD,0=CD
Gnd
+5VM
220K
0603
NF
33R
0603
MMUN2211LT1
CD*_DVD
LB1641
SIP-10
C129
1N0
50V
0603
Gnd
TR107
P105
C128
1N0
50V
0603
IN_SW
OUT_SW
Gnd
FACT+
P155
15K
0W063
0603
OFFSET CANCELLATION CCT NOT USED
R119
4K7
0603
not fitted
47UF
35V
YK
Vz
Gnd
+3V3D
R118
470R
0805
0W125
BZX84C
5V6
SOT-23
JST
PH
IN_SW
OUT_SW
Gnd
Gnd
R152
470R
0805
0W125
R111
Gnd
10
OUT2
1
2
3
4
5
TRAYTRAY+
Gnd
RFF
RFB
RFA
RF
CD_DVD_SW
RFD
RFC
TACTTACT+
FACT+
FACT-
+5VD
C122
C105
100N
16V
0603
Gnd
MOLEX
52559
DZ100
4
OPU
R150 0R0
4
P104
TRAY
CON101
C108
100N
16V
0603
P2
R113
10K
0603
2
OUT1
IN2
9
10N
50V
0603
R112
10K
0603
P1
6
C127
10R
0W063
0603
BC327
TO-92
IN1
3
P102
CD_LD
5
CLOSE
Gnd
TR103
220R
0603
7
Gnd
R108
R101
BC327
TO-92
220R
0603
70R@100MHz
Gnd
DVRSB*
P101
DVD_LD
C121
10R
0W125
0805
47UF
35V
YK
C101
100UF
10V
YXF
+3V3D
IC100
VCC2
C120
70R@100MHz
R103
10R
0W125
0805
C107
100N
16V
0603
100UF
25V
YK
+5V_OPU
VCC1
R102
L103
GND
C103
100N
16V
0603
TR100
MMUN2111LT1
SOT-23
P100
+5VRFA
L102
Gnd
DRVSB*
C126
+5VD
8
C100
100UF
10V
YXF
CD
4
+3V3_LD
1
DVD
L100
70R@100MHz
+7VD
8
+3V3D
BA5954FP-E2
HSOP-28
Gnd
DRAWING TITLE
IC103B
5
7
6
Gnd
LM358AM
SO-8
P150
Solo5.1 Video - Front End
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
1_Front End.Sch
Notes:
Contact Engineer:
Mark Tweedale
[email protected]
06_E185
MJT
12/01/07
None to this sheet
2.0
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
PJC
14/09/06
ECO No.
INITIALS
DATE
Direct: 01223 203210
Contact Tel:
Switch: 01223 203200
Printed:
19-Jan-2007
1.0
Sheet
2
of
6
ISSUE
A2
DRAWING NO.
L104CT
C700
C707
100N
16V
0603
100UF
25V
YK
Gnd
Typ 475 mA
POWER IN
JST
PH
C706
10uF
10V
1206
GND_IN
R700
0R0
0W063
0603
Gnd
100UF
10V
YXF
C711
10uF
10V
1206
Gnd
Gnd
C709
100N
16V
0603
2200UF
10V
ZL
100N
16V
0603
P700
C710
10uF
10V
1206
Gnd_DAC
FIX700
Dia 3.5mm
FIX704
R701
1
0R0
0W063
0603
Gnd
Dia 3.5mm
FIX701
R703
0R0
0W063
0603
1
Gnd
Dia 3.5mm
FIX703
1
Dia 3.5mm
1
Gnd
Dia 3.5mm
R704
3
0R0
0W063
0603
Gnd
FIX706
0R0
0W063
0603
1
Gnd
Dia 3.5mm
ITEM700
4
R705
FIX705
R702
0R0
0W063
0603
Gnd
100UF
10V
YXF
Gnd_DAC
FIX702
1
Regulator min load is 10mA
13R
0W063
0603
+3V3_VDAC
C704
Gnd
11R
0W063
0603
P701
C713
100N
16V
0603
100UF
10V
YXF
R709
REG701
LM1117MPX-3.3
SOT-223
+3V3
Gnd
C714
120R
0W063
0603
Gnd
Use large area of copper as heatsink
+5VD
R707
R708
VADDIS +3.3V DAC SUPPLY
C702
C705
Gnd
+7VD
70R@100MHz
7V_IN
C712
100N
16V
0603
Gnd
Gnd
Typ 100 mA
L702
(500 mA peak)
+1.5V_HDMI
SOT-223
Use large area of copper as heatsink
3V3_IN
5V_IN
+3V3D
100UF
25V
YK
100N
16V
0603
Gnd
REG702
LM1117MPX-ADJ/NOPB
+1V8D
C703
Gnd
C708
C701
HDMI Switch 1.5v Supply
+1V8
+5VD
70R@100MHz
REG700
LM1117MPX-1.8
SOT-223
+3V3D
Gnd
L701
Power routed via Audio Board
CON700
1
2
3
4
5
6
7
8
VADDIS +1.8V CORE SUPPLY
+3V3D
L700
70R@100MHz
ADJ
Typ 920 mA
R706
1
0R0
0W063
0603
Gnd
Dia 3.5mm
R710
0R0
0W063
0603
Gnd
ITEM703
1
4
2
3
1
1
2
1
Gnd
Gnd
Gnd
Gnd
ITEM701
4
1
3
2
1
Gnd
Gnd
DRAWING TITLE
Solo5.1 Video - Power & RS232
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
7_Power.Sch
Notes:
Contact Engineer:
Mark Tweedale
[email protected]
06_E185
MJT
12/01/07
None to this sheet
2.0
06_E149
PJC
25/09/06
Change C131 to YXF
1.1
06_E128
PJC
14/09/06
ECO No.
INITIALS
DATE
Direct: 01223 203210
Contact Tel:
Switch: 01223 203200
Printed:
19-Jan-2007
1.0
Sheet
6
of
6
ISSUE
A2
DRAWING NO.
L104CT
This board is fitted to EU version of Solo5.1.
Stereo Composite and RGB type SCART
CON600
Audio out right
L600
120R@100MHz
0/6/12_IN1
SATSCART_IN_R
Audio out left
Audio ground
Blue ground
CVBS_IN1_SCART
L601
L602
L603
120R@100MHz
120R@100MHz
120R@100MHz
SATSCART_IN_L
BLUE/U_IN1
0/6/12_IN1
L604
120R@100MHz
GREEN/Y_IN1
L617
L618
120R@100MHz
120R@100MHz
RED/V_IN1
RGB_STAT_IN1
Aux_in_CVBS_IN2_SCART
GREEN/Y_IN1
Green ground
Intercom line 2
BLUE/U_IN1
RED/V_IN1
Intercom line 1
Red ground
Intercom ground
Video ground
STAT ground
CVBS out
GREEN/Y_IN2
BLUE/U_IN2
RED/V_IN2
L613
GREEN/Y_OUT
CVBS_IN1_SCART
120R@100MHz
Frame ground
BLUE/U_OUT
CHARM
CW
C604
C605
C606
C607
C608
C609
C610
C611
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
RED/V_OUT
TV_out_CVBS_OUT_1
Gnd
Gnd
SCART IN AUX
120R@100MHz
120R@100MHz
120R@100MHz
TVSCART_IN_L
BLUE/U_OUT
0/6/12_OUT
L608
L609
L610
120R@100MHz
120R@100MHz
120R@100MHz
GREEN/Y_OUT
L611
120R@100MHz
RED/V_OUT
RGB_STAT_OUT
L612
L625
120R@100MHz
120R@100MHz
CVBS_OUT_SCART1
L626
120R@100MHz
C612
C613
C614
C615
C616
C617
C618
C619
C620
C621
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
Audio right out
1
2
Audio right in
3
Audio left out
4
Audio ground
Blue ground
5
6
Audio left in
Blue inout
7
8
Function select
9
Green ground
10
Data2
11
Green inout
12
Data1
13
Red ground
14
Data ground
15
Red inout
RGB Control inout 16
17
Video ground
RGB Control ground18
Composite video out19
Composite video in 20
21
Safety Ground
CHARM
CW
Gnd
CON601
SKT601
L622
L623
L624
120R@100MHz
120R@100MHz
120R@100MHz
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
FIXED_VOL_R_MU
FIXED_VOL_R_MU
AUXSCART_IN_R
FIXED_VOL_L_MU
FIXED_VOL_L_MU
Audio ground
Blue ground
SATSCART_IN_R
L619
L620
L621
120R@100MHz
120R@100MHz
120R@100MHz
AUXSCART_IN_L
BLUE/U_IN2
0/6/12_IN2
SATSCART_IN_L
TVSCART_IN_R
Green ground
Intercom line 2
TVSCART_IN_L
L614
120R@100MHz
GREEN/Y_IN2
L615
L616
120R@100MHz
120R@100MHz
RED/V_IN2
RGB_STAT_IN2
Intercom line 1
Red ground
Intercom ground
AUXSCART_IN_R
AUXSCART_IN_L
CVBS_OUT_SCART1
Video ground
STAT ground
CVBS_OUT_SCART2
L627
L628
120R@100MHz
Frame ground
CHARM
CW
L605
L606
L607
MOLEX
52806
When checking, remember SCART leads swap audio and CVBS signals
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
SKT602
FIXED_VOL_R_MU
TVSCART_IN_R
FIXED_VOL_L_MU
CVBS_OUT_SCART2
120R@100MHz
0/6/12_OUT
C623
C624
C625
C626
C627
C628
C629
C622
C631
C632
C633
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
47P
50V
0603
RGB_STAT_OUT
RGB_STAT_IN2
0/6/12_IN2
Spare
To CON2 on video board
SCART IN STB (Sat)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
SCART OUTPUT
RGB_STAT_IN1
SKT600
To CON1 on video board
When checking, remember SCART leads swap audio and CVBS signals
Gnd
MOLEX
52806
L629
Gnd
120R@100MHz
AUX
TV
TV
L630
AUX
COMPOSITE IN
SCRN
120R@100MHz
C630
SKT603
KUNMING GOLD
TV_out_CVBS_OUT_1
COMPOSITE OUT
C634
47P
50V
0603
47P
50V
0603
Gnd
ITEM
If used, resistors R600, R601 and R602 should be moved to the bottom
layer before production.
FIX600
FIX601
1
Dia 3.5mm
R600
0R0
0W125
0805
FIX602
1
Dia 3.5mm
Gnd
HOLES FOR SCART GROUNDING
R601
0R0
0W125
0805
FIX603
1
Gnd
Dia 3.5mm
R602
0R0
0W125
0805
Gnd
FIX604
FIX605
FIX606
FIX607
FIX608
1
1
1
1
1
1
Dia 3.5mm
Dia 3.5mm
Dia 3.5mm
Dia 3.5mm
Dia 3.5mm
Dia 3.5mm
FD600
TOOL601
TOOL602
FD601
TOOL603
Gnd
PART No.
DESCRIPTION
NOTES
1
L105PB
Blank PCB Solo5.1 SCART Board
ITEM2
6
E047MC
EARTH BRACKET
DRAWING TITLE
TOOL600
QTY
ITEM1
FITTED TO FIXING HOLES EITHER SIDE OF SKT601, SKT602 & SKT603
Solo5.1 SCART connector board
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L105_1.2.Sch
Notes:
07_E047
MJT
07/03/07
No schematic change - modified assembly drawing only.
06_E150
MOC
28/09/06
Earth brackets added to BoM
1.1
06_E102
PJC
24/07/06
ADDED BLM FILTERS
1.0
NM
15/03/06
06_E032
ECO No.
Contact Engineer:
Andrew Dutton
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
6-Mar-2007
Corrected order of AUX IN and TV OUT sockets
C.0
Sheet
7
of
8
1.2
ISSUE
A2
DRAWING NO.
L105CT
This board is fitted to US version of Solo5.1.
120R@100MHz
L500
RED/Pr_SAT
Sat
120R@100MHz
L503
GREEN/Y_SAT
Component
Inputs
120R@100MHz
KUNMING
GOLD
SKT504
SKT505 KYOYAKU
GOLD
Sat
Sat
SCRN
Aux
SCRN
Aux
Gnd
SKT500
KUNMING GOLD
SKT502
KUNMING GOLD
SCRN
BLUE/Pb_SAT
Component Output
CON500
SCRN
L501
30
RGB_STAT_IN1
29
28
0/6/12_IN1
27
26
CVBS_IN1_SCART 25
24
CVBS_IN2_SCART 23
22
GREEN/Y_SAT
21
20
BLUE/Pb_SAT
19
18
17
RED/Pr_SAT
16
GREEN/Y_AUX
15
14
13
BLUE/Pb_AUX
12
RED/Pr_AUX
11
10
GREEN/Y_OUT
9
8
7
BLUE/U_OUT
6
5
RED/V_OUT
4
CVBS_OUT_1
3
2
1
Gnd
Gnd
Flexi Cable to Con1 on Video Board
L506
120R@100MHz
L507
BLUE/U_OUT
120R@100MHz
GREEN/Y_OUT
L508
RED/V_OUT
MOLEX
52806
120R@100MHz
Gnd
C506
C507
C508
10P
50V
0603
10P
50V
0603
10P
50V
0603
Gnd
L504
BLUE/Pb_AUX
120R@100MHz
L505
RED/Pr_AUX
L502
Aux
120R@100MHz
Gnd
GREEN/Y_AUX
120R@100MHz
C509
C510
C511
C512
C513
C514
10P
50V
0603
10P
50V
0603
10P
50V
0603
10P
50V
0603
10P
50V
0603
10P
50V
0603
Gnd
CVBS_OUT_1
TOOL500
TOOL503
TOOL502
TOOL501
COMPOSITE OUT
COMPOSITE IN
SAT
CVBS_IN2_SCART
SKT501
CVBS_IN1_SCART
L509
AUX
TV
SKT503
KUNMING
GOLD
L510
ITEM500
ITEM501
4
1
4
1
3
2
3
2
120R@100MHz
SCRN
120R@100MHz
SCRN
120R@100MHz
KUNMING
L511
GOLD
1
C515
C516
C517
10P
50V
0603
10P
50V
0603
10P
50V
0603
If used, resistors R600 and R601 should be moved to the bottom layer
before production.
1
R500
R501
0R0
0W125
0805
0R0
0W125
0805
Gnd
Gnd
FD1
TOOL1
TOOL2
FD2
TOOL3
TOOL4
ITEM
ITEM502
QTY
1
DRAWING TITLE
PART No.
DESCRIPTION
NOTES
L106PB
Blank PCB Solo5.1 Component Connector Board
06_E102
PC
24/07/06
ADDING BLM FILTERS
1.0
NM
14/03/06
Release of second prototype
B.0
05_E251
NM
04/01/06
Release of first prototype board
A.1
05_E194
PJC
20/10/05
Release of preliminary BOM
A.0
PJC
14/9/05
Circulation for initial review
A
Solo5.1 Component connector board06_E028
Filename:
L106_1.0.Sch
Notes:
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
n/a
ECO No.
Contact Engineer:
Andrew Dutton
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
24-Jul-2006
Sheet
1
of
1
ISSUE
A2
DRAWING NO.
L106CT
ITEM
TOOL1
TOOL4
TOOL5
TOOL6
FD1
C1006
100N
100UF
50V
6.3V
0805
SM
DGND_D
DGND_D
FD2
FD3
FD4
QTY
PART No.
DESCRIPTION
NOTES
ITEM106
1
L108PB
Blank PCB Solo 5.1 Display
Hand adjust these to 0.04m in BoM
ITEM107
1
F238
Foam D/S ADH BK 3MM Thk 10MM Wide RA106 10M Reel
Hand adjust these to 0.04m in BoM
ITEM108
1
F238
Foam D/S ADH BK 3MM Thk 10MM Wide RA106 10M Reel
ITEM100
1
E822AP
Pad Adhesive Spacing - Diva Remote Sensor
P1001
C1007
0.04m length to be placed under the VF display. Database needs to be manually
adjusted to reflect this length!
0.04m length to be placed under the VF display. Database needs to be manually
adjusted to reflect this length!
Place behind IR eye (RX1000) to stand off from PCB.
IR_RM_IN
RX1000
KSM-902TM1N
GND
O/P
+5V(STBY)_D
P1003
330R 0W125
0805
+5V(STBY)_D
Previously connected to +5v
+3V3(STBY)_D
+5V(STBY)_D
R1002
R1003
R1004
R1005
100K
0W125
0805
120R
0W125
0805
120R
0W125
0805
120R
0W125
0805
P1004
P1005
P1006
P1000
DGND_D
DGND_D
10N
100V
0805
FIX1006
C1008
100UF
6.3V
SM
100N
50V
0805
+5V(STBY)_D
DISPDAT
SW1001
1
MMUN2211LT1
P1022
TR1002
MMUN2211LT1 LEDGRN
SOT-23
TR1003
MMUN2211LT1
SOT-23
DGND_D
SW1003
1
2
SDTM-610-NTR
MUTE
SW1004
1
2
SDTM-610-NTR
TRACK+
2K2
0W125
0805
3K3
0W125
0805
R1023
P1025
1K8
0W125
0805
R1008
P1023
P1021
1K2
0W125
0805
R1000
5K6
0W125
0805
NF
SW1005 1
1
2
SDTM-610-NTR
TRACK-
2
SDTM-610-NTR
PLAY/PAUSE
R1018
C1009
C1010
100N
100V
1206
10UF
50V
SM
SW1008 1
2
SDTM-610-NTR
EJECT
1K0
0W125
0805
SW1009 1
SW1010 1
2
SDTM-610-NTR
OK
2
SDTM-610-NTR
INFO
1K2
0W125
0805
SW1011 1
2
SDTM-610-NTR
SOURCE+
R1011
R1001
1K8
0W125
0805
SW1012
2K2
0W125
0805
3K3
0W125
0805
NF
R1024
5K6
0W125
0805
NF
SW1013
1
1
2
SDTM-610-NTR
SOURCE-
R1009
P1039
750R
0W125
0805
R1022
P1037
R1013
P1036
R1020
6K8
0W125
0805
VFD_F2_D
DGND_D
2
SDTM-610-NTR
MENU
KEYB1
KEYB0
KEYBGND
DGND_D
P1044
P1048
DISPBLK
P1047
DISPLAT
DISPCLK P1046
KEYB1
KEYB0
KEYBGND
LEDGRN
LEDRED
IR_RM_IN
LEDBLUE2
LEDBLUE1
P1043
DISPDAT P1045
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
P1040
P1042
LED1001
SM
Blue
P1027
DGND_D
R1010
P1018
1K0
0W125
0805
SW1002
2
2
SDTM-610-NTR
SDTM-610-NTR
VOL+
VOLP1032
KEYB_STBY
P1017
P1014
750R
0W125
0805
R1021
P1035
+36V(D)_D
CON114
MOLEX
52793
P1041
LEDRED
DGND_D
R1012
P1034
15
F2
16
F2
17
F2
VFD_F1_D
C1005
P1008
P1024
TR1004
LED absolute
max is 30mA
+3V3(STBY)_D
Select voltage for VFD logic supply:
R1006 = 3V3 for new VFD type (Default)
R1007 = 5V for original VFD (Not Fitted)
1
F1
2
F1
3
F1
R1007
0R0
0805
LED1000
SM
RED
56R
0W125
0805
DGND_D
DISP1000
ITRON
MN12818A
DISPLAT
DISPBLK
DISPCLK
NF
2
SDTM-610-NTR
POWER
C1001
10N
100V
0805
Dia 3.5mm
SIN
VDD1
SOUT
LAT
BLK
CLK
VSS
VSS
VDD2
+5V(STBY)_D
P1030
1
DGND_D
P1049
+36V(D)_D
Holds headphone snapout
(Keep loose at 3.5mm)
Dia 3.5mm
4
5
6
7
8
9
10
11
12
Dia 3.5mm
SW1000
1
SW1014 1
FIX1007
C1003
P1029
1
VFD_F2_D
Holds headphone snapout
(Keep loose at 3.5mm)
1
FIX1005
VFD_F1_D
1
P1031
DGND_D
10N
100V
0805
Dia 3.5mm
DGND_D
R1019
6K8
0W125
0805
Dia 3.2mm
C1000
P1028
1
P1007
R1016
1
Dia 3.5mm
FIX1002
120R
0W125
0805
R1017
FIX1008
10N
100V
0805
Dia 3.5mm
+3V3(STBY)_D
FIX1009
P1013
C1004
P1010
1
KEYB_STBY
LEDBLUE3
P1015
+3V3(STBY)_D DGND_D
REF
P1033
FIX1001
DGND_D
TR1005
MMUN2211LT1 LEDBLUE3
SOT-23
SM
Blue
P1020
R1015
56R sets current
at 24.1mA
approx.
SOT-23
10N DGND_D
100V
0805
Dia 3.2mm
R1006
0R0
0805
LEDBLUE2
SM
Blue
P1016
C1002
P1009
1
+3V3(STBY)_D
TR1006
MMUN2211LT1
SOT-23
LED1004
P1038
FIX1000
REF
SM
Blue
P1012
P1011
LEDBLUE1
LED1003
P1019
LED1002
+5V(STBY)_D
Was footprint LED SML-KPA
R1014
P1026
+5V
P1002
2U2
TOOL3
Was footprint LED SML-KPA
+5V(STBY)_D L1001
TOOL2
C Copyright 2007 A&R Cambridge Ltd
DRAWING TITLE
DGND_D
Solo Movie Display
ARCAM
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L108CT_2.0.sch
Notes:
07_E095
MJT
02/07/07
Change VFD logic supply to 3V3 (with option for old 5V) due to
VFD part redesign by Itron
2.0
06_E189
MJT
04/12/06
R1015 changed to make red LED brighter.
1.2
06_E176
MJT
22/11/06
LED1000/1001 changed type, mountiung holes now 3.2mm, added
foam pad standoff behind IR eye.
1.1
06_E111
ECO No.
Contact Engineer:
Mark Tweedale
Contact Tel:
(01223) 203200
MOC
22/08/06
INITIALS
DATE
Printed:
29-Jun-2007
CHANGED THRUGH HOLE LEDS WITH SM
1.0
Sheet
1
of
1
ISSUE
A3
DRAWING NO.
L108CT
REG700
LM1117T-5.0/NOPB
TO-220
+7V_SMPS(DAB)
+5
Ferrite disc on top of
Radioscape DAB/FM
module DSP
C717
470UF
25V
YK
C721
C718
100N
16V
0603
C719
100N
16V
0603
DGND_DB
C720
100N
16V
0603
3V3_OUT
DGND_DB
RES*
R700
100R
0603
0W063
R701
100R
0603
0W063
R702
100R
0603
0W063
R703
100R
0603
0W063
R704
100R
0603
0W063
R705
100R
0603
0W063
R706
100R
0603
0W063
R707
100R
0603
0W063
C731
C732
C733
C734
C735
C736
C737
C738
DGND_DB
4
2
1
FD1
FD2
FD3
FD4
5V_RF
5V
GND
IR
3V3_OUT
HRDY
EXTI1
ROT1A/HAS
ROT2A/HCS
ROT1B/HRW
ROT2B/HPIENA
K0/HDS1
K1/HBIL
K2/HCNTL1
K3/HCNTL0
NRST
LCD/HD7
LCD/HD6
LCD/HD5
LCD/HD4
LCD/HD3
LCD/HD2
LCD/HD1
LCD/HD0
GND
GND
AOUT_R
GND
AOUT_L
GND
GND
SPDIF
DADAT
DACLK
DALR
MCLK
GND
FM/DAB
LCD_RS
LCD_E
GND
INT2/NC
STBY
EXT/IO2
GND
M_SDA/NC
SCL
SDA
M_SCL/NC
GND
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
1
RS200L
C727
47P
50V
0603
DGND_DB
47P
50V
0603
+7V_SMPS(DAB)
AUDIO_R
AUDIO_L
DIGOP
R716
10K
0603
SDA
SCLK
L1
L2
120R@100MHz
120R@100MHz
RES*
L3
120R@100MHz
DIGOP
L4
120R@100MHz
3V3_OUT
L5
120R@100MHz
AUDIO_L
L6
120R@100MHz
AUDIO_R
L7
120R@100MHz
SCLK
SDA
C722
47P
50V
0603
DGND_DB
R716 prevents audio noise burst on
module reset/power up.
Pin 11 pulled high enables HPI
47P
50V
0603
C726
R708
0603
100R
0W063
R709
0603
100R
0W063
C729
C730
C723
47P
50V
0603
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
CON703
Place these
MOLEX
inductors close
to Con701 & Con702 DGND_DB 52045
C728
1N0
50V
0603
DGND_DB
47P
47P
50V
50V
0603
0603
DGND_DB
DGND_DB
ITEM703
1
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
HARWIN
DGND_DB M20-989822506
47P
47P
47P
47P
47P
47P
47P
47P
50V
50V
50V
50V
50V
50V
50V
50V
0603
0603
0603
0603
0603
0603
0603
0603
DGND_DB
DGND_DB
DGND_DB
DGND_DB DGND_DB
DGND_DB
DGND_DB
DGND_DB
ITEM702
CON701
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
CON702
HARWIN
M20-989822506
NF on PCB BoM
ITEM700
C725
47P
50V
0603
DAB TUNER MODULE PCB
100UF
25V
YK
DGND_DB
4
C724
1
3
DGND_DB
DGND_DB
DGND_DB
2
1
DGND_DB
ITEM701
TOOL1
4
1
3
2
1
TOOL2
TOOL3
TOOL4
Copyright 2006 A&R Cambridge Ltd C
DGND_DB
ITEM
ITEM1
QTY
1
DRAWING TITLE
PART No.
DESCRIPTION
L109PB
Blank PCB Solo5.1 DAB
NOTES
Solo 5.1 DAB carrier board
Filename:
L109 Solo 5.1 DAB.SCH
Notes:
N.B. DGND will be connected to chassis via tuner module
and 3 right angle brackets.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Contact Engineer:
Scott Burr/Nick Mintern
Contact Tel:
06_E044
PJC/ NM 09-05-06
O5_E237
SWB
ECO No.
INITIALS
(01223) 203241/203207
Printed:
19-01-06
DATE
9-May-2006
Second Prototype, EMC mods, brackets replace upright.
B
First Prototype
A
Sheet
1
of
1
ISSUE
A3
DRAWING NO.
L109

Service Manual

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